CN201538905U

CN201538905U - Automatic feeding device for detergent and softener

Info

Publication number: CN201538905U
Application number: CN200920173966XU
Authority: CN
Inventors: 林金地; 张天在; 郑世杰
Original assignee: Shengbao Co ltd
Current assignee: Shengbao Co ltd
Priority date: 2009-10-23
Filing date: 2009-10-23
Publication date: 2010-08-04
Anticipated expiration: 2019-10-23

Abstract

The utility model discloses an automatic detergent and soft essence throwing device, which comprises a storage box, a conveying module and a water supply module, wherein the storage box is provided with a detergent containing groove and a soft essence containing groove which are separately arranged, the conveying module is communicated with the storage box and controls the output of detergent or/and soft essence, and the water supply module comprises a water feeder and a flushing pipe communicated with the water feeder and the conveying module; therefore, the dosage and the input time of the detergent and the softener can be determined according to the quantity of the clothes, and all pipelines can be flushed without remaining the detergent or the softener and can be kept smooth.

Description

Abluent and soft smart automatic throw-in equipment

Technical field

The utility model relates to a kind of washing machine, relates in particular to a kind of abluent and soft smart automatic throw-in equipment that is installed on the washing machine.

Background technology

Generally speaking, use in washing machine is in cleaning clothes, washing machine comprises motor, tank, washing drum, teeter column, abluent box and soft smart box, washing drum is arranged in the tank in mode rotatably, teeter column is outstanding by the bottom of washing drum, abluent box and soft smart box are arranged on both allocations of tank top, the clothing that desire is cleaned is placed in the washing drum, supply with rinse water by external water source and send into tank, abluent in the abluent box injects washing drum, then motor comes into operation so that teeter column stirs clothing and the rinse water that is mixed with abluent mutually and can clean clothing, after treating clothes dewatering, the soft smart washing drum that injects in the soft smart box once more can soft clothing with being mixed with that soft smart rinse water is stirred mutually with clothing, and it is comfortable more smooth and easy to make the user wear.

Yet, the abluent box and the soft smart box of general washing machine are made respectively and are installed on the washing machine, comparatively numerous and diverse during assembling, cause the built-up time and the cost of washing machine to increase, in when laundry, must pour the abluent of scheduled volume into the abluent box earlier again, washing clothing needs when soft, pour the soft essence of scheduled volume into soft smart box again, unusual inconvenience in the operation.

The utility model content

The purpose of this utility model is to provide a kind of abluent and soft smart automatic throw-in equipment, decides abluent and soft smart consumption according to the amount of clothing, and automatic switchover abluent and soft smart timing input.

In order to achieve the above object, abluent of the present utility model and soft smart automatic throw-in equipment comprise:

Case has and separates abluent tank and the soft smart tank that is provided with;

Conveyor module, comprise the guide assembly, be communicated with this abluent tank and guide assembly the abluent carrier pipe, and be communicated with the soft smart carrier pipe of soft smart tank and guide assembly, this guide assembly is in order to control the output of described abluent or described soft essence; And

Water supply module comprises water feeder, is communicated with the jet water spout of this water feeder and this conveyor module.

Effect of the present utility model is, a kind of abluent and soft smart automatic throw-in equipment are provided, abluent box and soft smart box are integrated into one, globality and reliability when promoting the washing machine assembling, can decide abluent and soft smart consumption according to the amount of clothing, automatic switchover abluent and soft smart timing input, and can wash each pipeline after before washing clean process, reaching, can wash each pipeline after before soft process, reaching, make each pipeline can keep unimpeded and not residual abluent or soft smart.

Description of drawings

Three-dimensional exploded view when Fig. 1 is installed on washing machine for automatic throw-in equipment in the utility model.

Fig. 2 is the three-dimensional exploded view of automatic throw-in equipment in the utility model.

Fig. 3 is the three-dimensional combination figure of automatic throw-in equipment in the utility model.

Fig. 4 is the rearview of automatic throw-in equipment in the utility model.

Fig. 5 is the illustrative view of water supply module in the utility model.

Fig. 6 is the illustrative view of suction module in the utility model.

Fig. 7 is the three-dimensional combination figure of another embodiment of the utility model automatic throw-in equipment.

Fig. 8 is the illustrative view of pump among another embodiment of the utility model automatic throw-in equipment.

Fig. 9 is the detergent line figure of another embodiment of the utility model automatic throw-in equipment.

Label declaration in the accompanying drawing

Case 10 abluent tanks 11

Soft smart tank 12 top covers 13

Abluent complementary apertures 131 soft smart complementary apertures 132

Abluent flip 14 soft smart flips 15

Conveyor module 20 guide assemblies 21

Export 211 abluent pumps 22

Abluent floss hole 221 abluent inlets 222

Soft sperm pump 23 soft smart floss holes 231

Soft smart inlet 232 abluent efferent ducts 24

Soft smart efferent duct 25 abluent carrier pipes 26

First non-return valve, 261 soft smart carrier pipes 27

271 multidirectional communicating pipes 28 of second non-return valve

Water supply module 30 water feeders 31

Jet water spout 32 first arms 321

Second arm, 322 abluent electromagnetic valves 323

Soft smart electromagnetic valve 324 woven hoses 33

Water injection pipe 34 water supply lines 35

Suction module 40 pumps 41

Auxiliary woven hose 42

Liquid storage box 50 drops into hole 51

The specific embodiment

Relevant detailed description of the present utility model and technology contents cooperate graphic being described as follows, yet accompanying drawing only provides reference and explanation usefulness, is not to be used for the utility model is limited.

The utility model relates to a kind of abluent and soft smart automatic throw-in equipment, is applied to the washing machine technical field, is installed on the three-dimensional exploded view of washing machine for the utility model shown in Fig. 1.

Fig. 2 is to three-dimensional exploded view of the present utility model, three-dimensional combination figure, and the rearview of being respectively shown in Figure 4, abluent in the utility model and soft smart automatic throw-in equipment include case 10, conveyor module 20, water supply module 30, suction module 40, reach liquid storage box 50, as shown in Figure 1.

As shown in Figure 2, the inner space of this case 10 is divided into abluent tank 11 and soft smart tank 12, wherein abluent tank 11 is used to deposit abluent, soft smart tank 12 is used to deposit soft smart, abluent and soft smart composition, purposes difference, can not mix mutually, therefore soft smart tank 12 is separated fully each other with abluent tank 11 and is not communicated.This case 10 comprises top cover 13, abluent flip 14, and soft smart flip 15, this top cover 13 covers abluent tank 11 and soft smart tank 12, this top cover 13 offers the abluent complementary apertures 131 of corresponding abluent tank 11 positions and the soft smart complementary apertures 132 of corresponding soft smart tank 12 positions, abluent flip 14 capping abluent complementary apertures 131, the soft smart complementary apertures 132 of soft smart flip 15 cappings, when abluent flip 14 is opened, can replenish abluent enters in the abluent tank 11, when the smart flip of softness 15 is opened, can replenish softness and progress greatly in the soft smart tank 12.

As shown in Figure 3 and Figure 4, this conveyor module 20 comprises guide assembly 21, abluent carrier pipe 26, and soft smart carrier pipe 27, this guide assembly 21 has outlet 211, abluent inlet 222, and soft smart inlet 232, it is respectively each opening of guide assembly 21 internal duct, this outlet 211 is opened in the bottom surface of guide assembly 21, abluent inlet 222 and soft smart inlet 232 are opened in the top of guide assembly 21 respectively, abluent carrier pipe 26 1 ends are communicated in the diapire position of abluent tank 11, and the other end is communicated in abluent inlet 222, make abluent can flow into the internal duct of guide assembly 21 by abluent tank 11, soft smart carrier pipe 27 1 ends are communicated in the diapire position of the smart tank 12 of this softness, and the other end is communicated in soft smart inlet 232, make soft essence can flow into the internal duct of guide assembly 21 by the smart tank 12 of softness, these guide assembly 21 control abluents or soft essence are by outlet 211 outputs again, and promptly these guide assembly 21 tolerable abluents flow out through exporting 211, or allow soft smart through exporting 211 outflows, or allow neither and to flow out.

As shown in Figure 4, this conveyor module 20 more comprises multidirectional communicating pipe 28, these, end was communicated in outlet 211 multidirectional communicating pipes 28 1, abluent or soft essence can be injected multidirectional communicating pipe 28 through exporting 211, illustrate further, in the present embodiment, this multidirectional communicating pipe 28 is for three-way pipe and be 90 ° " Z " font of turning clockwise generally, but do not exceed with this shape, again these multidirectional communicating pipes 28 other end towards the below and its underpart have two through holes.

As shown in Figure 4, this water supply module 30 comprises water feeder 31, jet water spout 32, woven hose 33, water injection pipe 34 and water supply line 35, these jet water spout 32 1 ends are communicated in one of them of this 28 bottoms, two through holes multidirectional communicating pipe, and the other end is communicated in the internal duct of water feeder 31, these woven hose 33 1 ends are communicated in wherein another of this 28 bottoms, two through holes multidirectional communicating pipe, these water injection pipe 34 1 ends are communicated in the internal duct of this water feeder 31, these water supply line 35 1 ends are communicated in the internal duct of this water feeder 31, and the other end is connected to external water source, external water source is guided in this water feeder 31 through this water supply line 35, these water feeder 31 control external water sources inject this jet water spout 32 and this water injection pipe 34 again, and then multidirectional communicating pipe 28 and woven hose 33 can be for abluent or soft smart or external water source circulations.

This suction module 40 comprises pump 41 and auxiliary woven hose 42, these woven hose 33 other ends are communicated in the internal duct of this pump 41, the internal duct that should auxiliary woven hose 42 1 ends be communicated in pump 41, this pump 41 is via these woven hose 33 suction abluents or soft smart or external water source and via auxiliary woven hose 42 discharges.

As shown in Figure 4, this liquid storage box 50 has the hole 51 of input, this input hole 51 is opened in the bottom surface of this liquid storage box 50 and communicates with the inner space of this liquid storage box 50, these auxiliary woven hose 42 other ends are connected in the top of this liquid storage box 50 and communicate with the inner space of this liquid storage box 50, then the inner space of this liquid storage box 50 can hold described abluent, described soft smart, and described external water source, and via this inputs hole 51 with described abluent, described soft smart, reach described external water source and drop in the tank of described washing machine.

Fig. 5 and water supply module illustrative view of the present utility model and the suction module illustrative view of the present utility model of being respectively shown in Figure 6, when wanting cleaning clothes, at first the clothing that desire is cleaned is inserted in the tank of described washing machine, this water feeder 31 imports the external water source of cleaning via this water supply line 35, be packed in the inner space of this liquid storage box 50 via this water injection pipe 34 again, pour into the tank of described washing machine from this input hole 51 afterwards, this water feeder 31 can be filled out the clean water of irritating enough according to the amount of clothing, fill out irritate finish after this water feeder 31 stop to import external water source, 21 of this guide assemblies are opened abluent carrier pipe 26 streams to this multidirectional communicating pipe 28, this moment should softness smart carrier pipe 27 to the stream of this multidirectional communicating pipe 28 be closed state, these pump 41 startups are aspirated out described abluent from this abluent tank 11, in regular turn via this abluent carrier pipe 26, the internal duct of this guide assembly 21, this multidirectional communicating pipe 28, this woven hose 33, the internal duct of this pump 41, and this auxiliary woven hose 42 and being packed in the inner space of this liquid storage box 50, pour into the tank of described washing machine from this input hole 51 afterwards, this guide assembly 21 can decide required abluent consumption according to the amount of clothing, after treating that the abluent of required input is enough, these guide assembly 21 these abluent carrier pipes 26 of sealing are to the stream of this multidirectional communicating pipe 28, this water feeder 31 resupplies external water source to clean this multidirectional communicating pipe 28, this woven hose 33, these pump 41 internal duct, should assist woven hose 42, and residual abluent in these liquid storage box 50 inner spaces, make pipeline can keep unimpeded and not residual abluent, the motor of described washing machine is restarted so that clothing is made clean, as shown in Figure 5 and Figure 6.

If because of described abluent too dense thick or cause not runny situation for powder, when this guide assembly 21 is opened described abluent runner and 41 startups of this pump, this water feeder 31 also sustainable supply external water source makes described abluent more easily by each pipeline with dilution or the described abluent of solubilize.

After treating that described washing machine cleaning clothes finishes, this water feeder 31 imports the external water source of cleaning via this water supply line 35, be packed in the inner space of this liquid storage box 50 via this water injection pipe 34 again, pour into the tank of described washing machine from this input hole 51 afterwards, this water feeder 31 can be filled out the clean water of irritating enough according to the amount of clothing, fill out irritate finish after this water feeder 31 stop to import external water source, 21 of this guide assemblies are opened the stream of the smart carrier pipe 27 of this softness to this multidirectional communicating pipe 28, this abluent carrier pipe 26 to the stream of this multidirectional communicating pipe 28 is a closed state at this moment, these pump 41 startups are aspirated out described soft essence from the smart tank 12 of this softness, in regular turn via the smart carrier pipe 27 of this softness, the internal duct of this guide assembly 21, this multidirectional communicating pipe 28, this woven hose 33, the internal duct of this pump 41, and this auxiliary woven hose 42 and being packed in the inner space of this liquid storage box 50, pour into the tank of described washing machine from this input hole 51 afterwards, this guide assembly 21 can decide required soft smart consumption according to the amount of clothing, after treating required input soft smart enough, the smart carrier pipe 27 of these guide assembly 21 these softnesses of sealing is to the stream of this multidirectional communicating pipe 28, this water feeder 31 resupplies external water source to clean this multidirectional communicating pipe 28, this woven hose 33, these pump 41 internal duct, should assist woven hose 42, reach soft essence residual in these liquid storage box 50 inner spaces, make pipeline can keep unimpeded and not residual soft smart, the motor of described washing machine is restarted so that clothing is made soft treatment, like this then finish the stroke of whole cleaning clothes and soft clothing, can take out clean clothing.

If because of described soft essence too dense thick or cause not runny situation for powder, when this guide assembly 21 is opened smart runner of described softness and 41 startups of this pump, this water feeder 31 also sustainable supply external water source is described soft smart with dilution or solubilize, makes described soft essence more easily by each pipeline.

Described abluent and described soft essence are the material of heterogeneity, mutually mixing may produce aggregation of particles or other can not expected result, and the utility model in washing machine, inject described abluent before or after and inject described soft smart before or after, all each pipeline is cleaned, avoid sneaking into soft smart or sneaking into abluent during at soft clothing at cleaning clothes, and the utility model can decide abluent and soft smart consumption according to the amount of clothing, automatic switchover abluent and soft smart timing input.

In addition, the utility model has more a kind of embodiment, please refer to Fig. 7 to shown in Figure 9, this guide assembly 21 is in order to control described abluent or described soft smart output, this guide assembly 21 comprises abluent pump 22 and soft sperm pump 23, this conveyor module 20 more comprises abluent efferent duct 24 and soft smart efferent duct 25, this abluent pump 22 has abluent floss hole 221 and abluent inlet 222, this abluent carrier pipe 26 is connected in this abluent inlet 222, this abluent carrier pipe 26 has first non-return valve 261 in these abluent tank 11 ends, this abluent efferent duct 24 is connected in this abluent floss hole 221, these abluent floss hole 221 usefulness are for the output of described abluent, this softness sperm pump 23 has soft smart floss hole 231 and soft smart inlet 232, the smart carrier pipe 27 of this softness is connected in the smart inlet 232 of this softness, the smart carrier pipe 27 of this softness has second non-return valve 271 in smart tank 12 ends of this softness, the smart efferent duct 25 of this softness is connected in the smart floss hole 231 of this softness, smart floss hole 231 usefulness of this softness are for described soft smart output, this jet water spout 32 comprises first arm 321 that is communicated with this abluent carrier pipe 26 and is communicated with second arm 322 of the smart carrier pipe 27 of this softness, this first arm 321 has abluent electromagnetic valve 323 in these abluent carrier pipe 26 ends, and this second arm 322 has soft smart electromagnetic valve 324 in smart carrier pipe 27 ends of this softness.

When wanting cleaning clothes, this softness sperm pump 23 decommissions, this second non-return valve 271, this abluent electromagnetic valve 323, and the smart electromagnetic valve 324 of this softness cuts out, this first non-return valve 261 is opened, this abluent pump 22 can start and according to the amount of clothing, described abluent aspirated out from this abluent tank 11 and via this abluent carrier pipe 26, the internal duct of this abluent pump 22, and these abluent efferent duct 24 backs flow into this liquid storage box 50, when doing washing before and after, this abluent pump 22 starts running, this softness sperm pump 23 all decommissions, this first non-return valve 261, this second non-return valve 271, and the smart electromagnetic valve 324 of this softness cuts out, this abluent electromagnetic valve 323 is opened, this water supply module 30 with the water source from the internal duct of this water supply line 35 via this this water supply module 30, this jet water spout 32, this first arm 321, this abluent carrier pipe 26, the internal duct of this abluent pump 22, and this abluent efferent duct 24, clean the pipeline that described abluent can pass through.

When wanting soft clothing behind the cleaning clothes, this abluent pump 22 decommissions, this first non-return valve 261, this abluent electromagnetic valve 323, and the smart electromagnetic valve 324 of this softness cuts out, this second non-return valve 271 is opened, this softness sperm pump 23 can start and according to the amount of clothing, with described soft smart from the smart tank 12 of this softness, aspirate out and via the smart carrier pipe 27 of this softness, the internal duct of this softness sperm pump 23, and the smart efferent duct of this softness 25 backs flow into this liquid storage box 50, soft clothing is before and after the time, this abluent pump 22 decommissions, this softness sperm pump 23 starts running, this first non-return valve 261, this second non-return valve 271, and this abluent electromagnetic valve 323 cuts out, the smart electromagnetic valve 324 of this softness is opened, this water supply module 30 with the water source from the internal duct of this water supply line 35 via this this water supply module 30, this jet water spout 32, this second arm 322, the smart carrier pipe 27 of this softness, the internal duct of this softness sperm pump 23, and the smart efferent duct 25 of this softness, clean the pipeline that described soft essence can be passed through.

Certainly; the utility model also can have other various embodiments; under the situation that does not deviate from the utility model spirit and essence thereof; those of ordinary skill in the art various corresponding changes and distortion when developing according to the utility model, but these corresponding changes and distortion all should belong to the appended protection domain of applying for a patent of the utility model.

Claims

1. A detergent and softening essence automatic input device, characterized in that it comprises:

The storage box has a separate detergent tank and a soft essence tank;

Conveyor module, including a guide assembly for controlling the output of detergent or/and softening essence, a detergent delivery pipe communicating with the detergent container and the guide assembly, and communicating with the soft essence tank and the soft essence conveying pipe of the material guide assembly, the material guide assembly is used to control the output of the detergent or/and the soft essence; and

The water supply module includes a water feeder, a flushing pipe connecting the water feeder and the delivery module.

2. The cleaning agent and softening essence automatic input device as claimed in claim 1, wherein the guide assembly has an outlet for the output of the cleaning agent or/and the softening essence, cleaning The detergent injection port and the soft essence injection port, the detergent delivery pipe is connected to the detergent injection port, the soft essence delivery pipe is connected to the soft essence injection port, and the delivery module further includes The flushing pipe is connected to the multi-directional communication pipe, and the water supply module further includes a liquid infusion pipe connected to the multi-directional communication pipe.

3 . The detergent and soft essence automatic input device according to claim 2 , wherein the storage box includes a top cover, and the top cover covers the detergent container and the soft essence container. 4 .

4. The detergent and softening essence automatic input device according to claim 3, wherein the top cover is provided with a detergent replenishment hole corresponding to the position of the detergent container and a hole corresponding to the softening essence. Soft fine refill hole at the reservoir location.

5. The detergent and softener automatic input device according to claim 4, wherein the storage box further includes a detergent flip cover for covering the detergent replenishment hole and a cover for the softener. Soft fine flip lid with fine refill hole.

6. The detergent and soft essence automatic input device as claimed in claim 2, further comprising a suction module, the suction module includes a pump and an auxiliary infusion tube, and the infusion tube communicates with the pump and the multidirectional Connecting tube, the auxiliary infusion tube is connected to the pump.

7. The detergent and soft essence automatic input device according to claim 6, further comprising a liquid storage box, the auxiliary infusion tube communicates with the pump and the liquid storage box, and the liquid storage box is provided with an input hole .

8. The detergent and soft essence automatic input device according to claim 7, wherein the water supply module further comprises a water injection pipe, and the water injection pipe communicates with the water feeder and the liquid storage box.

9. The detergent and softener automatic input device according to claim 2, wherein the water supply module further comprises a water source pipeline connected to an external water source.

10. The detergent and soft essence automatic input device according to claim 1, wherein the material guide assembly includes a detergent pump and a soft essence pump, and the delivery module further includes a detergent output pipe and a soft essence pump. Fine output pipe, the detergent pump has a detergent discharge port and a detergent injection port for the detergent output, the detergent delivery pipe is connected to the detergent injection port, and the detergent output The pipe is connected to the detergent discharge port, the soft essence pump has a soft essence discharge port and a soft essence injection port for the soft essence output, the soft essence delivery pipe is connected to the soft essence injection port, and the soft essence output pipe is connected to the The soft essence discharge port, the flushing pipe includes a first branch pipe connected to the detergent delivery pipe and a second branch pipe connected to the soft essence delivery pipe.

11. The detergent and softening essence automatic input device as claimed in claim 10, wherein the detergent conveying pipe has a first check valve, and the softening essence conveying pipe has a second check valve. The first branch has a detergent solenoid valve and the second branch has a soft fine solenoid valve.

12 . The detergent and soft essence automatic input device according to claim 10 , wherein the storage box includes a top cover, and the top cover covers the detergent container and the soft essence container. 13 .

13. The detergent and soft essence automatic input device according to claim 12, wherein the top cover is provided with a detergent replenishment hole corresponding to the position of the detergent container and a hole corresponding to the softening essence. Soft fine refill hole at the reservoir location.

14. The detergent and softener automatic input device according to claim 13, wherein the storage box further includes a detergent flip cover for covering the detergent replenishment hole and a cover for the softener. Soft fine flip lid with fine refill hole.

15. The detergent and soft essence automatic input device according to claim 10, further comprising a liquid storage box, the detergent output pipe and the soft essence output pipe are respectively connected to the liquid storage box, and the liquid storage box is provided with an input hole.

16. The detergent and soft essence automatic input device according to claim 15, wherein the water supply module further comprises a water injection pipe, and the water injection pipe communicates with the water feeder and the liquid storage box.

17. The detergent and softener automatic input device according to claim 10, wherein the water supply module further comprises a water source pipeline connected to an external water source.