Energy-saving and emission-reduction particle elution machine

A technology of energy saving, emission reduction, and washing machine, which is applied to other washing machines, washing devices, textiles and paper making, etc. It can solve problems such as large water consumption and waste of water resources in the research and development stage, and achieve high cleaning efficiency and convenient operation Effect

Inactive Publication Date: 2016-03-23
XEROS LTD
3 Cites 19 Cited by

AI-Extracted Technical Summary

Problems solved by technology

The disadvantage of the above-mentioned washer-extractor is: when washing, it is necessary to soak all the linen in the drum in water for washing, and a large amount of water will be consumed after one wash, which will cause a serious waste of water resources, and a large amount of waste water discharged will also affec...
the structure of the environmentally friendly knitted fabric provided by the present invention; figure 2 Flow chart of the yarn wrapping machine for environmentally friendly knitted fabrics and storage devices; image 3 Is the parameter map of the yarn covering machine
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Abstract

The invention discloses an energy-saving and emission-reduction particle elution machine which comprises a wash bucket provided with a rotary drum in the inside. An end cover provided with a mixed material jetting hole and a water jetting hole formed in the top and provided with a liquid outlet formed in the bottom is arranged at a wash bucket feeding port, a machine door provided with a solid-liquid separation cavity in the inside is installed on a machine frame, a feeding port is formed in the top of the machine door, a liquid outlet is formed in the bottom of the machine door, a filter screen is arranged at the feeding port of the machine door, a first water storage tank is arranged under the wash bucket, the discharging port of the first water storage tank is connected with the mixed material jetting hole of the end cover through a first particle pump, and a second water storage tank is installed at the bottom of the first water storage tank. A filter screen is arranged between the first water storage tank and the second water storage tank, the second water storage tank is connected with a draining pipe and the feeding port of a second particle pump simultaneously, the feeding port of the second particle pump is further connected with a water outlet of a heating box, the discharging port of the second particle pump is connected with a side wall water inlet of the wash bucket, the circulating water inlet of the heating box and the water jetting hole of the end cover simultaneously, and a water inlet mechanism and a washing agent charging mechanism are further arranged on the machine frame. The energy-saving and emission-reduction particle elution machine has the advantages of saving energy and water.

Application Domain

Technology Topic

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  • Energy-saving and emission-reduction particle elution machine
  • Energy-saving and emission-reduction particle elution machine
  • Energy-saving and emission-reduction particle elution machine

Examples

  • Experimental program(1)

Example Embodiment

[0029] The present invention will be further described below in conjunction with the drawings and specific embodiments.
[0030] Such as figure 1 , figure 2 , image 3 , Figure 4 , Figure 5 , Image 6 , Figure 7 , Figure 8 As shown, the energy-saving and emission-reducing particulate eluting machine includes: a frame 1, a washing tub 2 arranged in the frame 1, a drum 3 arranged in the washing tub 2, and a drive for driving the drum 3 to rotate Components, the washing tub 2 in front of the feed port of the drum 3 is provided with a feed inlet, the feed port of the washing tub 2 is provided with a ring-shaped end cover 4 outwards, and a mixture is provided on the top of the end cover 4 The spray hole 5 and the water spray hole 6 are provided at the bottom of the end cover 4 with an end cover liquid outlet 7 communicating with the inside of the washing tub 2; The door 8 of the material port is provided with a solid-liquid separation chamber in the door 8, and a door inlet 9 communicating with the solid-liquid separation chamber is provided on the top of the door 8. The inlet 9 is provided with a first filter 10 capable of intercepting particles obliquely, and a door liquid outlet 11 communicating with the solid-liquid separation chamber is provided at the bottom of the door 8. When the door 8 is rotated, the end cover is closed. 4 When the feed port of the washing tub 2 is closed, the mixed material injection hole 5 of the end cover 4 is directly facing the feed port 9 of the machine door downward, and the feed port 9 of the machine door is also just right with the feed port of the drum 3. At this time, the door liquid outlet 11 is just in communication with the end cap liquid outlet 7 at the bottom of the end cover 4; a first water tank 12 communicating with the washing tub 2 is provided underneath the washing tub 2. The side wall is provided with a discharge port, the discharge port of the first water tank 12 is connected to the feed port of the first particle pump 14 through the first connecting pipe 13, and the discharge port of the first particle pump 14 passes through the The second connecting pipe 15 is connected to the mixed material injection hole 5 at the top of the end cover 4. A second water storage tank 16 connected to the first water storage tank 12 is also installed at the bottom of the first water storage tank 12. A second filter screen is arranged between the two water storage tanks 16 to intercept particles. A water outlet and a drain port are provided on the side wall of the second water storage tank 16, and the drain port of the second water storage tank 16 is equipped with a valve. The drain pipe 17 is connected to the outside world, the outlet of the second water tank 16 is connected to the inlet of the second particulate pump 19 through the return pipe 18 equipped with a valve, and the inlet of the second particulate pump 19 also passes through the inlet at the same time. The valved water outlet pipe 20 is connected to the water outlet at the bottom of the heating box 21 installed on the frame 1, and the outlet of the second particle pump 19 is connected to the water inlet on the side wall of the washing tub 2 through the discharge pipe 22. The discharge port of the second particle pump 19 is simultaneously connected to the circulating water inlet of the heating box 21 through the circulation pipe 23, and the discharge port of the second particle pump 19 is also connected to the water spray hole 6 of the end cover 4 in a fan shape. The water spray pipe 24 into the drum 3 is connected, and the top of the heating box 21 is also provided with a water inlet and a detergent inlet, and the frame 1 is also provided with a water inlet capable of adding water to the heating box 21 from the inlet Mechanism and a detergent feeding mechanism capable of adding detergent into the heating box 21 from the detergent adding port; in this embodiment, such as Picture 9 , Picture 10 As shown, the structure of the detergent feeding mechanism includes: an outer box body 25 fixed to the frame 1 above the heating box 21 side, an inlet is provided on the front side wall of the outer box body 25, and the outer box body 25 There is a box door 26 that can open and close the entrance, and an outer box discharge port 27 is provided at the bottom of the outer box 25. The outer box 25 is movably provided with an inner box body that can be freely drawn out of the outer box body 25 from its entrance. 28. The top of the inner box 28 is open, the bottom is provided with an inner box discharge port communicating with the inside of the outer box 25, and a first sleeve is vertically provided in the inner box 28 at the inner box discharge port. 29. The lower nozzle of the first sleeve 29 communicates with the discharge port of the inner box 28, and the upper nozzle is open. A second sleeve 30 is sleeved outside the first sleeve 29. The nozzle is closed and higher than the upper nozzle of the first sleeve 29, the lower nozzle of the second sleeve 30 is open and there is a liquid gap between the bottom of the inner box 28 and the top of the outer box 25. There are spray pipes 31 that can spray water to the inner walls of the inner box 28 in a circular fan shape. This detergent feeding mechanism has a simple structure and can form a siphon effect, so that all the detergent can be automatically added to the heating box 21, greatly increasing The utilization rate of detergent, meanwhile, the detergent remaining on the inner walls of the four sides of the inner box 28 can be cleaned in time through the spray pipe 31 capable of porous spraying, which further improves the utilization rate of the detergent; in this embodiment , The bottom plate of the outer box body 25 is composed of the front section of the bottom plate and the rear section of the bottom plate. The rear section of the bottom plate gradually slopes downward from front to back to the discharge port 27 of the outer box. When the inner box 28 is inserted into the outer box 25, the inner box The discharge port of the inner box of the body 28 is located just above the rear section of the downwardly inclined bottom plate, so that the liquid gap between the first sleeve 29 and the second sleeve 30 in the inner box 28 can flow into the outer box. The detergent in the body 25 can flow into the heating box 21 from the discharge port of the outer box more smoothly; in this embodiment, a positioning stopper 36 is provided on the rear side wall of the inner box 28, and the positioning stopper 36 can ensure The inner box body outlet of the inner box body 28 inserted into the outer box body 25 is just above the rear section of the downwardly inclined bottom plate, so that the detergent in the inner box body 28 can flow into the outer box body 25 more conveniently; In this embodiment, the front side wall of the inner box 28 is provided with a handle 37 that can facilitate the extraction of the inner box from the outer box 25; in this embodiment, a handle 37 is provided on the frame 1 on the side of the heating box 21 ∩-shaped tube 32, one end of the ∩-shaped tube 32 communicates with the washing tub 2 and the other end communicates with the water outlet of the heating box 21. Under the action of the internal pressure difference between the heating box 21 and the washing tub 2, the ∩-shaped tube 32 The upper pipe section is an empty pipe containing air. An air supplement inlet is provided on the side wall of the outer box 25 in the detergent feeding mechanism. The air supplement inlet is connected to the top of the ∩-shaped pipe 32 through the empty pipe 33. When the agent is added to the heating box 21, the air in the outer box 25 and the inner box 28 will be continuously exhausted along with the detergent. When the air in the outer box 25 and the inner box 28 is exhausted, the outer box 25 And the detergent in the inner box 28 will not be discharged into the heating box 21 normally, and the outer box 2 5 After being connected to the top of the ∩-shaped tube 32, while the original air in the outer box 25 and the inner box 28 flows out with the detergent, the air in the ∩-shaped tube 32 will be supplemented into the outer box 25 and the inner box in time Body 28, so as to effectively avoid the situation that the detergent cannot be discharged normally due to exhaustion of air in the outer box body 25 and the inner box body 28; in this embodiment, the water inlet mechanism includes cold water equipped with a valve The water inlet pipe 34 and the hot water inlet pipe 35 equipped with a valve are simple in structure and easy to install and maintain; in this embodiment, a useful function is provided between the door 8 and the washing tub 2 to close the door 8 The door locking mechanism sealed and locked with the washing tub 2, such as Picture 11 , Picture 12 , Figure 13 , Figure 14 , Figure 15 As shown, the structure of the machine door locking mechanism is: a lock hook 36 fixed on the side of the feed inlet of the washing tub 2 and a mounting frame 37 mounted on the machine door 8, on which an electric motor is fixed. Cylinder 38, the hinged end of the connecting block 39 is hinged with the cylinder body of the electric cylinder 38 through the first rotating shaft 40, and the driving end of the connecting block 39 is hinged with the hinged end of the locking block 42 through the second rotating shaft 41. The locking end of 42 is provided with a locking shaft 43 that can be engaged with the locking hook 36, a handle 44 is fixed on the driving end of the connecting block 39, a positioning and fixing block 45 is provided on the handle 44, and a positioning and fixing block 45 is provided on the positioning and fixing block 45. A locking hole 46 is provided. When the locking shaft 43 is stuck in the locking hook 36, the handle 44 is rotated inward, and the handle 44 will tighten the locking block 42 through the connecting block 39 to make the locking shaft of the locking block 42 43 is clamped and fixed in the lock hook 36, and when the handle 44 is rotated inward until the locking shaft 43 is clamped and fixed in the lock hook 36, the locking hole 46 of the positioning and fixing block 45 on the handle 44 is exactly aligned with the electric cylinder 38. At this time, the extension rod of the electric cylinder 38 can be inserted into the locking hole 46 of the positioning and fixing block 45 to fix the door 8 and the washing tub 2. The above-mentioned locking mechanism has a simple structure and is easy to install and maintain Convenient; in this embodiment, the mounting bracket 37 is also provided with a sensor 47 useful to detect whether the handle 44 is rotated to make the locking shaft 43 clamped and fixed in the locking hook 36, which can better improve the safety of the equipment And stability;
[0031] The working principle of the present invention is as follows:
[0032] In the initial state, the valves of all pipelines are closed; before the washing program starts, first open the door 8 and put the linen into the drum 3 from the inlet of the washing tub 2, and then add it to the heating box 21 Water and detergent, in which water can be added cold water or hot water according to actual needs, cold water can be added to the heating box 21 through the cold water inlet pipe 34, and hot water can be entered into the heating box 21 through the hot water inlet pipe 35; the process of adding detergent Yes: first put the washing liquid or washing powder into the inner box 28, then insert the inner box 28 into the outer box 25, close the door 26, and then spray water into the inner box 28 through the spray pipe 31 to form detergent When the liquid level of the detergent is higher than the upper nozzle of the first sleeve 29, the detergent will sequentially pass through the liquid gap between the second sleeve 30 and the bottom plate of the inner box 28, and the second sleeve 30 and The liquid gap between the first sleeves 29 is discharged into the first sleeve 29, and then discharged into the outer box 25 through the first sleeve 29, and then added to the heating box through the outer box outlet 27 of the outer box 25 21. Since the design of the first sleeve 29 and the second sleeve 30 can form a siphon effect, the detergent in the inner box 28 can be completely discharged into the heating box 21, and in the outer box 25 and the inner box 28 When the original air flows out with the detergent, the air in the ∩-shaped pipe 32 will be added into the outer box 25 and the inner box 28 in time, so as to prevent the air in the outer box 25 and the inner box 28 from being discharged. When the water and detergent are added to the heating box 21, the heating box 21 heats the water and detergent, and opens the valves on the circulation pipe 23 and the outlet pipe 20 to make the heating box 21 Under the action of the second particle pump 19, the water and detergent will flow out of the heating box 21 through the water outlet pipe 20, and then flow back to the heating box 21 through the circulation pipe 23, so that the water and detergent can be fully mixed, and it will circulate for a period of time. Then, close the valve on the circulation pipe 23; then open the valve on the water spray pipe 24, so that the heated and uniformly mixed water and detergent in the heating box 21 will be discharged under the action of the second micro-material pump 19. After the water pipe flows out of the heating box 21, the heated and evenly mixed water and detergent are sprayed from the water injection hole of the end cover 4 to the linen in the drum 3 through the water spray pipe 24, so that all parts of the linen are Can fully contact with water and detergent that are evenly mixed;
[0033] Then add about tens of thousands of particles to the drum 3 and close the door 8 to the inlet of the washing tub 2, and then manually rotate the locking block 42 around the second shaft 41 to the lock at the inlet of the washing tub 2 In the hook 36, the handle 44 is then rotated inward to drive the connecting block 39 to rotate inward around the first shaft 40. During the inward rotation of the connecting block 39, the connecting block 39 will gradually tighten the locking block 42 to make the lock The locking shaft 43 of the tightening block 42 is gradually locked with the locking hook 36. When the handle 44 rotates inward until the locking hole 46 of the positioning and fixing block 45 fixed to it is aligned with the telescopic rod of the electric cylinder 38, the sensor 47 A start signal will be sent to the electric cylinder 38. After the electric cylinder 38 receives the start signal, the telescopic rod of the electric cylinder 38 will extend and just be inserted into the locking hole 46 of the positioning and fixing block 45, thereby connecting the door 8 and the washing tub 2. Phase locked and fixed;
[0034] Then start the washing work. During the washing process, particles and water will enter the first water tank 12 under the washing tub 2 through the small holes on the drum 3. During the washing work, the first particle pump 14 and the second particle pump are started at the same time. 19. At the same time, close the valve on the outlet pipe 20 and open the valve on the return pipe 18. Then the drive assembly drives the drum 3 to continuously rotate, and the drum 3 drives the linen and particles to rotate. The particles are similar to tens of thousands of pairs of small hands rubbing the linen Here, particles will continue to enter the first water storage tank 12 from the small holes of the drum 3, and the particles entering the first water storage tank 12 will not enter the second water storage tank 16 under the interception of the second filter. On the one hand, The first particle pump 14 continuously pumps out the water and particles in the first water tank 12, and sprays them from the mixed material injection hole 5 on the top of the end cover 4 to the door 8 through the first connecting pipe 13 and the second connecting pipe 15. The door inlet 9 is filtered by the first filter 10 at the inlet, and the particles in the mixed material will be separated and rolled along the first filter 10 into the drum 3 to rub the linen. The water filtered by the first filter 10 enters the solid-liquid separation chamber, and then is discharged into the end cap liquid outlet 7 at the bottom of the end cover 4 through the door liquid outlet 11 of the machine door 8, and then through the end cap liquid outlet 7 Return to the first water storage tank 12; on the other hand, the second particle pump 19 will re-spray the water in the first water storage tank 12 through the second water storage tank 16, the return pipe 18 and the spray pipe 24 in turn. To the linen in the drum 3, through the above operation, during the washing work, the particles can be continuously circulated into the drum 3 to rub the linen, and the water can continuously circulate to spray the linen in the drum 3, thus greatly Improved washing effect;
[0035] After the washing work is over, enter the dehydration work, first open the valve on the drain pipe 17, then close the valve on the return pipe 18 and the spray pipe 24, and stop the actions of the first particle pump 14 and the second particle pump 19 at the same time, so that The water in the first water storage tank 12 is drained through the second water storage tank 16 and the drain pipe 17, and the drive assembly drives the drum 3 to rotate rapidly to be dehydrated. The water from the linen will also pass through the second water storage tank 16 and Drain pipe 17 drains away;
[0036] After the dehydration work is over, perform the rinsing work, first close the valve on the drain pipe 17, then add cold or hot water to the heating box 21 as needed, then open the valve on the outlet pipe 20 and the discharge pipe 22, and open the second particle at the same time The pump 19 and the second particle pump 19 pump out the water in the heating box 21 and enter the drum 3 through the discharge pipe 22. After the water level of the washing tub 2 reaches the required rinsing water level for the linen, close the valve on the outlet pipe 20, At the same time, open the valve on the return pipe 18 and turn on the first particle pump 14, so that the particles entering the first water tank 12 can be continuously circulated into the drum 3 to rub the linen, and the first water tank 12 Water can circulate continuously to spray and rinse the linen in the drum 3;
[0037] After the rinsing work is over, the dehydration work is performed again. First, open the valve on the drain pipe 17, then close the valves on the return pipe 18 and the spray pipe 24, and stop the actions of the first particle pump 14 and the second particle pump 19 at the same time. The water in the first water storage tank 12 is drained through the second water storage tank 16 and the drain pipe 17, and the driving assembly drives the drum 3 to rotate rapidly to be dehydrated. The water from the linen will also pass through the second water storage tank 16. And drain pipe 17 away;
[0038] After the dewatering work is finished, the laundry will be fluffed, and the rotating speed and direction of the drum 3 are controlled by the drive assembly to fluff the entangled linen, and at the same time separate the particles originally trapped in the linen from the linen , The separated particles enter the first water tank 12 through the small holes on the drum 3;
[0039] Through the above operations, the laundry operation of the linen is completed, and the present invention has the advantages of convenient operation, energy saving and water saving, and high washing efficiency.
the structure of the environmentally friendly knitted fabric provided by the present invention; figure 2 Flow chart of the yarn wrapping machine for environmentally friendly knitted fabrics and storage devices; image 3 Is the parameter map of the yarn covering machine
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the structure of the environmentally friendly knitted fabric provided by the present invention; figure 2 Flow chart of the yarn wrapping machine for environmentally friendly knitted fabrics and storage devices; image 3 Is the parameter map of the yarn covering machine
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