CN218963437U - Soaking cleaning machine - Google Patents

Abstract

The utility model provides a soaking and cleaning machine, which comprises a soaking and cleaning tank, wherein a cleaning area is arranged in the soaking and cleaning tank, and the soaking and cleaning machine also comprises a circulating rotary lifting mechanism for driving a part to be cleaned to move in the cleaning area and a circulating water supply mechanism for providing circulating water for the cleaning area; the circulating rotary lifting mechanism is positioned in the soaking cleaning tank or is arranged above the soaking cleaning tank; the circulating water supply mechanism comprises a water pump, the water pump is connected with a water filling port and a water pumping port of the soaking cleaning tank, and the water filling port and the water pumping port are communicated with the cleaning area. The utility model aims to provide a soaking and cleaning machine, which mainly solves the problems existing in the prior art, namely: how to brush the part to be cleaned automatically by using the cleaning liquid, without manual brushing; and a second problem: how to reduce the occupied area of the cleaning tank; problem three: how to make the operation of putting the parts to be cleaned into the cleaning tank simpler.

Description

Soaking cleaning machine

Technical Field

The utility model relates to the technical field of cleaning of metering equipment, in particular to a soaking cleaning machine.

Background

With the continuous development of technology, the automatic metering equipment for the food production site is more and more widely applied, the metering speed and the metering precision are greatly improved, and the hidden danger of sanitation from operators in the metering process is reduced. As one of the important elements of reliable use of these devices, the parts of the device, such as the hopper, vibrating tray, etc., which come into contact with the food product need to be cleaned frequently. Because these equipment parts are different in structure and size and have movable mechanisms, cleaning thereof can only be performed manually at present. In particular, it is necessary to soak and clean the components of the weighing apparatus which come into contact with the adhesive materials such as meat products, frozen foods, pickles and the like. The current cleaning mode has several problems; 1) Because tens of parts such as hoppers, vibrating trays and the like of each metering device need to be soaked and cleaned at the same time, and a plurality of parts are spread out, so that the occupied area of a cleaning tank (also called a cleaning tank) is large, and a relatively large cleaning tank is needed; 2) The workpiece (namely the equipment part to be cleaned) cannot be cleaned by simple soaking, and the equipment part is required to be scrubbed manually, so that the scrubbing has high labor intensity, the part is easy to collide and impact in the scrubbing process, the part is seriously deformed, and the metering precision is influenced after the part is assembled back to the scale body; 3) The parts are put into the cleaning tank singly and taken out singly after the cleaning is finished, which is labor-consuming and time-consuming.

Disclosure of Invention

The utility model aims to provide a soaking and cleaning machine, which mainly solves the problems existing in the prior art, namely: how to brush the part to be cleaned automatically by using the cleaning liquid, without manual brushing; and a second problem: how to reduce the occupied area of the cleaning tank; problem three: how to make the operation of putting the parts to be cleaned into the cleaning tank simpler.

In order to achieve the above purpose, the technical scheme adopted by the utility model is as follows: the utility model provides a soak cleaning machine, includes soak cleaning tank, is equipped with the cleaning zone in the soak cleaning tank, its characterized in that: the soaking cleaning machine also comprises a circulating rotary lifting mechanism for driving the part to be cleaned to move in the cleaning area and a circulating water supply mechanism for supplying circulating water to the cleaning area;

the circulating rotary lifting mechanism is positioned in the soaking cleaning tank or is arranged above the soaking cleaning tank;

the circulating water supply mechanism comprises a water pump, the water pump is connected with a water filling port and a water pumping port of the soaking cleaning tank, and the water filling port and the water pumping port are communicated with the cleaning area.

Further, the circulating rotation lifting mechanism comprises a supporting piece for placing the part to be cleaned, a rotating main body, a mounting bracket and a driving device for driving the rotating main body to rotate;

the support piece is connected with the rotating main body, the rotating main body is connected with the mounting bracket, the mounting bracket is connected with the driving device, the driving device drives the rotating main body to rotate, and the rotating main body drives the support piece to circularly rotate and lift.

Further, the supporting piece is a hanging basket, and hanging holes are formed in hanging lugs of the hanging basket;

the rotary main body comprises a transverse connecting shaft and two parallel circular plates, two ends of the connecting shaft are respectively connected with one circular plate, hanging points for hanging a hanging basket are arranged on the inner sides of the two circular plates, and the hanging points are matched with the hanging holes; or the rotating main body comprises a transverse connecting shaft and two parallel rib plate groups, two ends of the connecting shaft are respectively connected with one rib plate group, hanging points for hanging the hanging basket are arranged on the inner sides of the two rib plate groups, and the hanging points are matched with the hanging holes.

Further, the driving device is a driving motor, the outer sides of the two circular plates of the rotating main body are respectively provided with a connecting rod or the outer sides of the two rib plate groups of the rotating main body are respectively provided with a connecting rod, and the two connecting rods are respectively connected with the mounting bracket;

the actuating lever of driving motor passes through the gear and is connected with one of them connecting rod with the chain, and the actuating lever drives the connecting rod rotation, and the connecting rod drives rotatory main part and rotates.

Furthermore, positioning rods are arranged at the two ends of the hanging basket, and the inner sides of the corresponding circular plates of the positioning rods are propped against or opposite to each other;

or the two ends of the hanging basket are provided with positioning rods which are propped against or opposite to the inner sides of the corresponding rib plate groups.

Further, the top of the soaking cleaning tank is opened, a first partition board is arranged in the soaking cleaning tank, the bottom of the first partition board is connected with the bottom of the soaking cleaning tank, two ends of the first partition board are connected with the side wall of the soaking cleaning tank, and a first flow opening is formed at the position, lower than the top opening of the soaking cleaning tank, of the top of the first partition board;

the first partition plate divides the inside of the soaking cleaning tank into a cleaning area and a sedimentation area, the water injection port is positioned at the bottom of the soaking cleaning tank and corresponds to the cleaning area, and the water pumping port is positioned at the side surface of the soaking cleaning tank and corresponds to the sedimentation area.

Further, a second baffle plate is arranged in the sedimentation area of the soaking cleaning tank, a second flow port is formed at the bottom of the second baffle plate, the bottom of the soaking cleaning tank and the side wall of the soaking cleaning tank, and the top of the second baffle plate is higher than the top of the first baffle plate.

Further, the side surface of the soaking cleaning tank is also provided with an overflow port; the overflow port corresponds to the cleaning area and/or the sedimentation area.

Further, the water pump is also connected with a water inlet of the city;

and/or the top of the first partition is higher than the transverse connecting shaft of the rotating body and lower than the top of the rotating body.

And/or the side surface of the soaking cleaning tank is additionally provided with an auxiliary water injection port, and the auxiliary water injection port corresponds to the cleaning area;

and/or the bottom of the hanging basket is provided with a plurality of water passing ports;

and/or the inner side of the circular plate is also provided with a positioning ring, and the positioning ring surrounds the periphery of the corresponding hanging point; or the inner side of the rib plate group is also provided with a positioning ring, and the positioning ring surrounds the periphery of the corresponding hanging point;

and/or the basket is provided with a turnover basket.

Further, the soaking and cleaning machine further comprises a control mechanism, a first control valve is arranged on the water pipe between the water pump and the water inlet of the city, a second control valve is arranged on the water pipe between the water pump and the water pumping inlet, and the control mechanism controls the first control valve, the second control valve and the driving motor to operate.

In view of the above technical features, the present utility model has the following advantages:

1. according to the soaking and cleaning machine, the circulating rotary lifting mechanism and the circulating water supply mechanism are arranged, so that the parts to be cleaned can be fully cleaned in the soaking and cleaning tank (namely, the parts to be cleaned are automatically cleaned by utilizing cleaning liquid), the cleaning effect consistency is high, manual cleaning is not needed, the labor intensity is greatly reduced, and the collision deformation of the workpieces (namely, the parts to be cleaned) is avoided. The circulating rotation lifting mechanism rotates at a constant speed in the soaking cleaning tank filled with the cleaning liquid when the soaking cleaning machine runs, and dynamically soaks the parts to be cleaned in the hanging basket. The circulating water supply mechanism generates dynamic water flow in the soaking cleaning tank to increase the cleaning effect.

2. According to the soaking cleaning machine, through the arrangement of the sedimentation area and the overflow port, the concentration of stains in the cleaning liquid is dynamically regulated and controlled in the process of controlling the water quantity of the soaking cleaning tank, and the cleaning effect is ensured.

3. According to the soaking and cleaning machine disclosed by the utility model, the postures of the parts to be cleaned are uniform when the parts pass through a cleaning area, namely, the parts to be cleaned are kept in a vertical state, so that the arrangement of the water filling port and/or the auxiliary water filling port is facilitated, and the cleaning effect is ensured.

4. According to the soaking and cleaning machine, the auxiliary water filling port is additionally arranged, so that the design of the cleaning head is added to the dead angle of the part to be cleaned, the cleaning is more complete, and the cleaning effect is ensured. That is, corresponding cleaning measures (such as adding an auxiliary water filling port or a flushing head) can be arranged outside the circulating rotation lifting mechanism or on the bottom and the side wall of the soaking cleaning tank for different parts to be cleaned, so that the cleaning effect and the cleaning efficiency are ensured.

5. According to the soaking and cleaning machine, when the hanging basket rotates to the designated position (such as the highest position), the part to be cleaned is manually placed in the hanging basket, the hanging basket brings the part to be cleaned to rotate and lift in the soaking and cleaning tank, soaking and cleaning are completed in the rotating and lifting process, after the hanging basket is completely cleaned, the part to be cleaned is manually removed from the hanging basket, and in the whole process, the part to be cleaned is simple to put in, convenient to take, labor-saving, time-saving and safer.

In addition, through setting up the turnover basket on the hanging flower basket, say the turnover basket that can put, a plurality of parts of waiting to wash can be placed to the turnover basket once only, then will be equipped with these turnover basket that wait to wash the part once only place or install on the hanging flower basket or wash the back and take off from the hanging flower basket, reduce the work load of a lot of hanging flower basket on, unloading, utilize turnover basket once only to go up the work efficiency that the piece, unloading can effectively be improved to the piece with the unloading, improve the cleaning efficiency who soaks the cleaning machine.

6. The soaking and cleaning machine disclosed by the utility model does not need to be manually laid on the notch of the soaking and cleaning tank for a long time to clean the part to be cleaned as in the existing cleaning mode, so that the soaking and cleaning tank only needs to meet the capacity of cleaning liquid, no extra space is needed for manual movement, and the small volume of the cleaning tank can meet the requirement of the soaking and cleaning machine disclosed by the utility model, so that the volume of the cleaning tank can be effectively saved. In order to reduce the volume of the soaking cleaning tank, the cleaned parts are not completely put into the soaking cleaning tank, but are sequentially immersed into the soaking cleaning tank through the circulating rotary lifting mechanism, and the circulating rotary lifting mechanism can keep the cleaned parts in a vertical state in the running process.

7. According to the soaking and cleaning machine, the circulating rotary lifting mechanism is arranged, so that the parts to be cleaned can enter the soaking and cleaning tank for cleaning in a three-dimensional mode, a plurality of or all the parts to be cleaned can be soaked and cleaned at the same time, all the parts to be cleaned do not need to be tiled (the occupied area is large) like the existing manual cleaning mode, and the occupied area is greatly reduced, and the yield ratio is improved. In addition, the circulating rotation lifting mechanism also enables the structure of the soaking cleaning machine to be more compact.

Drawings

Fig. 1 is a schematic view of a soaking washer in embodiment 1.

Fig. 2 is a schematic structural view of the circulating rotation elevating mechanism in embodiment 1.

Fig. 3 is a schematic structural view of the mounting bracket in embodiment 1.

Fig. 4 is a schematic structural view of the rotary body in embodiment 1.

Fig. 5 is a schematic view of the structure of the basket in embodiment 1.

Fig. 6 is a schematic diagram of the structure of the driving motor in embodiment 1.

Fig. 7 is a schematic view showing the structure of the immersing and cleaning tank in embodiment 1.

Fig. 8 is a schematic view of the structure of the circulation water supply mechanism in embodiment 1.

Fig. 9 is a schematic view of a soaking washer in embodiment 2.

Fig. 10 is a schematic view showing the structure of the immersing and cleaning tank in embodiment 2.

In the figure: 100. a cyclic rotation lifting mechanism;

110. a rotating body; 111. a circular plate, 112, a transverse connecting shaft; 113. hanging points; 114. a connecting rod;

120. a mounting bracket;

130. a hanging basket; 131. hanging lugs; 132. a hanging hole; 133. a water passing port; 134. a positioning rod;

140. a driving motor; 141. a chain;

200. soaking the cleaning tank;

210. a cleaning zone; 211. a water filling port;

220. a settling zone; 221. a water pumping port; 222. an overflow port;

230. a first separator; 231. a first flow port;

240. a second separator; 242. a second flow port;

300. a circulating water supply mechanism;

310. a water inlet of the first water pipe;

320. a water outlet of the second water pipe;

330. a water pump;

340. and a water inlet of the city.

Detailed Description

The utility model is further described below in conjunction with the detailed description. It is to be understood that these examples are illustrative of the present utility model and are not intended to limit the scope of the present utility model. Further, it is understood that various changes and modifications may be made by those skilled in the art after reading the teachings of the present utility model, and such equivalents are intended to fall within the scope of the claims appended hereto.

Referring to fig. 1 to 8, embodiment 1 provides a soaking and cleaning machine, which comprises a soaking and cleaning tank 200, a cleaning area 210 is provided in the soaking and cleaning tank 200, the soaking and cleaning machine further comprises a circulating rotary lifting mechanism 100 for driving a part to be cleaned to move in the cleaning area 210 and a circulating water supply mechanism 300 for supplying circulating water to the cleaning area 210, the circulating rotary lifting mechanism 100 is located in the soaking and cleaning tank 200 or is installed above the soaking and cleaning tank 200, the circulating water supply mechanism 300 comprises a water pump 330, the water pump 330 is connected with a water injection port 211 and a water pumping port 221 (such as through water pipe connection) of the soaking and cleaning tank 200, and the water injection port 211 and the water pumping port 221 are communicated with the cleaning area 210. The cleaning area 210 refers to an area covered with the cleaning liquid (e.g., water) in the soak cleaning tank 200 and used for cleaning the parts to be cleaned. The soak cleaning tank 200 is used for containing cleaning liquid, and is a place for immersing the parts to be cleaned. Cleaning liquid (such as water) is injected into the soak tank 200 from the water injection port 211, the cleaning liquid is pumped from the soak tank 200 from the water pumping port 221, and a circulating water flow is formed by the water pump 330.

The circulating rotary lifting mechanism 100 carries a plurality of parts to be cleaned to circulate in the soaking cleaning tank 200 to repeatedly perform soaking cleaning, the circulating water supply mechanism 300 provides circulating water for the cleaning area 210, the circulating water supply forms water flow (namely flowing liquid in the cleaning area 210, also known as circulating water), the water flow continuously soaks and washes the plurality of parts to be cleaned entering the soaking cleaning tank 200, the cleaning function of the parts to be cleaned is realized, because the time of the plurality of parts to be cleaned entering the flowing liquid in the cleaning area 210 is the same, the times are the same, the washing angle of the water flow is the same (namely, the washing mode is the same), the soaking cleaning machine not only can ensure that each part to be cleaned can be soaked and cleaned, but also can ensure that the cleaning effect of each part to be cleaned is basically the same (namely, the cleaning effect consistency is high, each part to be cleaned can be cleaned), and manpower can be realized only by placing the parts to be cleaned on the circulating rotary lifting mechanism 100 (such as a hanging basket 130), the manpower is not required to be brushed and washed independently for each part to be cleaned, because the circulating water flow and the circulating rotary lifting mechanism 100 carry the plurality of parts to be cleaned in the soaking cleaning area 210, the labor intensity is greatly reduced, and the manpower is greatly reduced. The water flow (namely, circulating water) formed by the circulating water is not still water but moving water, so that the parts to be cleaned are washed out while rotating in the water, and the cleaning effect is improved.

In this embodiment 1, the circulating rotation elevating mechanism 100 includes a support for placing a member to be cleaned, a rotating body 110, a mounting bracket 120, and a driving device for driving the rotating body 110 to rotate;

the support member is connected with the rotating body 110, the rotating body 110 is connected with the mounting bracket 120, the mounting bracket 120 is connected with the driving device, the driving device drives the rotating body 110 to rotate, the rotating body 110 drives the support member to circularly rotate and lift, the circularly rotating and lifting means that the support member circularly moves on a specific circle of track, and the support member circularly moves in a reciprocating manner on a circular track in the moving process, that is, a plurality of support members on the rotating body 110 circularly move according to the track (the moving mode of the support member is similar to the moving mode of a car on a ferris wheel), and the support member circularly moves in a rotating and lifting manner. The track may be a direction or other shape, as long as the track can form a closed loop to reciprocate.

For example, the supporting member is a hanging basket 130, the component to be cleaned can be placed on the hanging basket 130, and hanging holes 132 are formed on hanging lugs 131 of the hanging basket 130.

The rotating body 110 includes a transverse connecting shaft 112 and two parallel circular plates 111, the whole rotating body 110 is similar to a dumbbell, two ends of the connecting shaft are respectively connected with one circular plate 111, hanging points 113 (such as protruding rods) for hanging the hanging basket 130 are arranged on the inner sides of the two circular plates 111, the hanging points 113 are matched with the hanging holes 132, for example, the hanging holes 132 of the hanging basket 130 are hung on the hanging points 113 (such as hanging basket 130 is hung at single points on two sides), connection between the hanging basket 130 and the circular plates 111 is achieved, when a part to be cleaned is placed on the hanging basket 130, the whole center of the hanging basket 130 is still lower than the hanging points 113 and is influenced by gravity, the hanging basket 130 and the part to be cleaned are always kept in a vertical state or a vertical state in the circulating rotation lifting process (namely, the positions of the parts to be cleaned in the circulating rotation lifting mechanism 100 are kept in a fixed mode in a soaking and lifting mode, that is unified when the parts to be cleaned pass through the cleaning area 210), so that the parts to be cleaned can be ensured to be kept in the same positions and angles to enter the cleaning area 210 in a circulating mode to be soaked and cleaned, and the cleaning effect is favorable for ensuring that the cleaning effect of each part to be cleaned is the same.

The soaking cleaning tank 200 can accommodate the rotating body 110 and the hanging basket 130, and the purpose of rotating, soaking and cleaning the parts to be cleaned in the cleaning liquid in the soaking cleaning tank 200 by transferring the parts to be cleaned to the circulating rotating lifting mechanism 100 is achieved.

A plurality of hanging points 113 are uniformly distributed inside the two circular plates 111 according to the size and number of the hanging baskets 130. The diameter of the circular plate 111 and the number of hanging points 113 are determined by the volume of the components placed in the basket 130. The bottom of the hanging basket 130 is provided with a plurality of water passing ports 133, and after the hanging basket 130 and the parts to be cleaned enter the cleaning liquid, the cleaning liquid (such as water flow) can more comprehensively clean the parts to be cleaned through the water passing ports 133, such as the inside of the parts to be cleaned, so that the cleaning effect and quality are improved. After the hanging basket 130 and the parts to be cleaned are lifted and separated from the cleaning liquid, the residual cleaning liquid in the hanging basket 130 and the parts to be cleaned can flow back and fall into the cleaning area 210 quickly, so that the cleaned parts can be conveniently manually taken, and a new part to be cleaned is placed on the hanging basket 130 again, so that the parts can be conveniently taken and loaded. The bottom of the basket 130 is partially open (i.e. the design of the water gap 133) to allow passage of the cleaning water flow to the cleaning elements.

The mounting bracket 120 is used to support the rotating body 110, providing a fulcrum for the rotation of the rotating body 110.

The soaking tank 200 is connected with the circulating rotation lifting mechanism 100, for example, the mounting bracket 120 of the circulating rotation lifting mechanism 100 is installed at the notch of the soaking tank 200 (i.e. at the top opening of the soaking tank 200), so as to provide a fulcrum for the circulating rotation lifting mechanism 100, and indirectly fix the rotating body 110 and the driving device with the soaking tank 200.

The driving device is a driving motor 140, one connecting rod 114 is respectively arranged at the outer sides of the two circular plates 111 of the rotating main body 110, the two connecting rods 114 are respectively connected with the mounting bracket 120, for example, the connecting rods 114 are connected with the mounting bracket 120 through bearings; the driving rod of the driving motor 140 is connected with one connecting rod 114 through a gear and a chain 141, the driving rod drives the connecting rod 114 to rotate, the connecting rod 114 drives the rotating main body 110 to rotate, namely, two circular plates 111 can be fixedly connected with the mounting bracket 120 and can rotate under the driving of the transverse connecting shaft 112, at the moment, the rotating main body 110 rotates on the mounting bracket 120, each hanging basket 130 keeps a downward vertical state in rotation, parts to be cleaned are manually placed into the hanging basket 130 and vertically rotate along with the hanging basket 130, and finally, the purpose that the hanging basket 130 carries the parts to be cleaned to circularly rotate, lift and move is achieved.

The positioning rods 134 are arranged at the two ends of the hanging basket 130, the inner sides of the corresponding circular plates 111 of the positioning rods 134 are propped against or opposite to each other, the hanging basket 130 is prevented from sliding between the two circular plates 111, accidental detachment of the hanging holes 132 of the hanging basket 130 between the corresponding hanging points 113 is avoided, and the stability of the hanging basket 130 in the rotating main body 110 is ensured.

The top opening of the soaking cleaning tank 200 is convenient for placing the part to be cleaned on the hanging basket 130 manually, a first partition plate 230 is arranged in the soaking cleaning tank 200, the bottom of the first partition plate 230 is connected with the bottom of the soaking cleaning tank 200, two ends of the first partition plate 230 are connected with the side wall of the soaking cleaning tank 200, and a first flow opening 231 is formed at the top of the first partition plate 230, which is lower than the top opening of the soaking cleaning tank 200 (namely the notch of the soaking cleaning tank 200).

The first partition 230 divides the interior of the soaking cleaning tank 200 into a cleaning area 210 and a sedimentation area 220, the water filling port 211 is positioned at the bottom of the soaking cleaning tank 200 and corresponds to the cleaning area 210, and the water pumping port 221 is positioned at the side of the soaking cleaning tank 200 and corresponds to the sedimentation area 220. The water pump 330 is connected with the water filling port 211 and the water pumping port 221 through water pipes, so that water flow in the soaking cleaning tank 200 circularly flows, the water circulation in the soaking cleaning tank 200 is realized, cleaning power is provided for cleaning the parts to be cleaned, and the cleaning operation of the parts to be cleaned is completed by utilizing the scouring force of the water flow.

A second partition plate 240 is arranged in the sedimentation area 220 of the soaking cleaning tank 200, a second circulation port 242 is formed by the bottom of the second partition plate 240, the bottom of the soaking cleaning tank 200 and the side wall of the soaking cleaning tank 200, and the top of the second partition plate 240 is higher than the top of the first partition plate 230.

The side of the soaking cleaning tank 200 is further provided with an overflow port 222, in this embodiment 1, the overflow port 222 corresponds to the sedimentation area 220, for example, the overflow port 222 is disposed above the sedimentation area 220, and sewage is discharged in the sedimentation area 220 through the overflow port 222, so that the influence on the water flow in the cleaning area 210 is reduced as much as possible, and the cleaning effect of the water flow on the parts to be cleaned is avoided. The overflow 222 serves as a drain passage.

The second partition plate 240 generates a communicating vessel effect in the sedimentation zone 220, the water injection port 211 injects water into the cleaning zone 210, the water flows upwards under the action of the water pump 330 and is soaked, washed and cleaned to form sewage, then the sewage flows into the sedimentation zone 220 through the first flow port 231, heavier stains in the sewage are settled, meanwhile, the water suction port 221 is positioned at a certain distance higher than the sedimentation zone 220 (for example, the position of the water suction port 221 is higher than the bottom end of the second partition plate 240 or the lower edge of the second partition plate 240), the water suction port 221 is prevented from being blocked by the heavier stains, light-floating stains in the sewage are directly discharged from the overflow port 222 when the water injection port 211 injects new water into the soaking cleaning tank 200 (namely, when water is replenished), the concentration of the stains in the sewage (namely, cleaning liquid) is reduced, and the cleaning effect is ensured. The water discharged by the sedimentation and/or overflow port 222 is pumped out by the water pumping port 221 and enters the water pump 330, and then is conveyed to the water injection port 211 by the water pump 330 to be injected into the cleaning area 210 again, so that the function of circulating water supply in the soaking cleaning tank 200 is realized, the water source is saved, and the cleaning effect is improved.

The water pump 330 is also connected to a water inlet 340, and the water inlet 340 is a connection port for an external water source, and is used for supplementing the water source into the soaking cleaning tank 200. The circulating water supply mechanism 300 is used for generating circulating water flow, and the water inlet 340 is a water source connection port. The water pump 330 is connected with the water pumping port 221 through the water inlet 310 of the first water pipe, and the water pump 330 is connected with the water filling port 211 through the water outlet 320 of the second water pipe.

When dynamic water is replenished, the water inlet 340 is opened (for example, the opening and closing of the water inlet 340 is controlled by the first control valve), the water pumping port 221 is correspondingly connected with the water pumping port 221 on the soaking cleaning tank 200, the water pumping port 221 is closed (for example, the opening and closing of the water pumping port 221 is controlled by the second control valve), the water pump 330 generates power for circulating water flow, and the water replenishing direction is the water inlet 340, the water pump 330, the water outlet 320 of the second water pipe, the water filling port 211 and the soaking cleaning tank 200. At this time, the water is supplied to raise the liquid level of the cleaning liquid, so that the light soil floating on the liquid level overflows from the overflow port 222, the concentration of the soil in the cleaning liquid is reduced, the cleaning effect is ensured, and the dynamic water supply can be performed at regular time.

When the water is circularly supplied, the water inlet 340 is closed, the water pumping opening 221 is opened, and the circulating direction of the circulating water flow is water pumping opening 221, the water inlet 310 of the first water pipe, the water pump 330, the water outlet 320 of the second water pipe, the water filling opening 211, the soaking in the cleaning tank 200 and the water pumping opening 221. The water inlet 310 of the first water pipe is correspondingly connected with the water pumping port 221 on the soaking cleaning tank 200, and the water outlet 320 of the second water pipe is correspondingly connected with the water injection port 211 on the soaking cleaning tank 200.

The top of the first partition 230 is higher than the transverse connection shaft 112 of the rotating body 110 and lower than the top of the rotating body 110, so that the basket 130 is located above the liquid level of the cleaning liquid when the rotating body 110 moves the basket 130 to the highest point, at this time, the to-be-cleaned components are conveniently placed on the basket 130 manually, and after the basket 130 descends, the basket 130 brings the to-be-cleaned components into the cleaning liquid step by step, so that under the condition of a plurality of baskets 130 (such as 8 baskets 130 in embodiment 1), the to-be-cleaned components are placed on the basket 130 in sequence, and then each to-be-cleaned component is soaked in the soaking cleaning tank 200 gradually by the basket 130, so that the same cleaning process of each to-be-cleaned component in the soaking cleaning tank 200 is achieved.

In addition, because the water filling port 211 is at the bottom of the soaking cleaning tank 200, the water flow is stronger (referred to as a "strong cleaning area") in the area closer to the water filling port 211 at the bottom of the soaking cleaning tank 200, the stronger the water flow is, the better the cleaning effect is, the 8 baskets 130 sequentially pass through the strong cleaning area under the driving of the rotating body 110, and the residence time, the cleaning angle, the cleaning force and the like of each part to be cleaned in the strong cleaning area are the same, so that the same cleaning process of each part to be cleaned is ensured, the situation that the part to be cleaned is omitted and not cleaned is avoided, and the cleaning effect of each part to be cleaned is also enabled to have higher consistency.

The soaking and cleaning machine further comprises a control mechanism (such as a PLC, not shown in the drawing), wherein a first control valve (not shown in the drawing) is arranged on a water pipe between the water pump 330 and the water inlet 340, and a second control valve (not shown in the drawing) is arranged on a water pipe between the water pump 330 and the water pumping inlet 221, and the control mechanism controls the operation of the first control valve, the second control valve and the driving motor 140. Thus, the soaking and cleaning machine realizes automatic control of cleaning rhythm, controls the concentration of stains in cleaning liquid, improves cleaning effect and improves cleaning efficiency.

Alternatively, the overflow port 222 may correspond to the cleaning area 210, or to both the cleaning area 210 and the sedimentation area 220, so long as the dirt floating on the liquid surface can be overflowed from the overflow port 222 when the liquid surface is raised.

Referring to fig. 9 to 10, embodiment 2 provides a soaking and cleaning machine, and embodiment 2 is different from embodiment 1 in that: the top of the first partition 230 is higher than the top of the rotating body 110, at this time, the cleaning solution in the cleaning area 210 can completely cover 8 baskets 130 and the parts to be cleaned thereon, no matter to which position the baskets 130 and the parts to be cleaned thereon are lifted by rotation, the cleaning solution covers the baskets, so that the soaking and cleaning time of the parts to be cleaned is prolonged, and the cleaning effect and quality are improved.

Embodiment 3, embodiment 3 provides a soaking and cleaning machine, and the difference of the above embodiment is that: the inner side of the circular plate 111 is also provided with a positioning ring (not shown in the drawing), the positioning ring surrounds the corresponding hanging points, for example, a positioning ring is arranged on the periphery of each hanging point, the positioning rod 134 is embedded into the corresponding positioning ring, the hanging points 113, the positioning ring and the positioning rod are matched with the hanging holes 132 and 134 to form a positioning mechanism of the hanging basket 130, when the hanging basket 130 and the parts to be cleaned on the hanging basket enter cleaning liquid or enter a strong cleaning area, the upward impact force of the cleaning liquid on the hanging basket 130 can be effectively relieved, the hanging lugs 131 of the hanging basket 130 are prevented from being collided with the hanging points 113, or the positioning mechanism provides a powerful support for the hanging basket 130 in the vertical direction, the accidental shaking of the hanging basket 130 in the rotating lifting (particularly, the accidental shaking of the hanging basket 130 in the vertical direction is avoided, the cleaning force of the parts to be cleaned is weakened), the hanging basket 130 is always in the vertical state (or the vertical state), and the hanging basket 130 and the parts to be cleaned on the hanging basket can keep a fixed posture to enter the soaking cleaning tank 200 (namely the cleaning area 210), and the consistency of the cleaning effect of the parts to be cleaned is also improved. Meanwhile, the influence of the cleaning water flow of the basket 130 on the vertical state thereof during the rotation and lifting process is reduced.

Embodiment 4, embodiment 4 provides a soaking and cleaning machine, and the above embodiment is different in that: the circular plate 111 can be replaced by a rib plate group, the rib plate group is a group of rib plate combinations which are formed by a plurality of rib plates according to certain angle distribution and can synchronously rotate, the rib plate group can replace the functions and the functions of the circular plate 111, meanwhile, compared with the circular plate 111, the rib plate group is lighter in overall weight, more convenient and safer to use, less prone to accidental damage and longer in service life of the soaking and cleaning machine.

At this time, the rotating main body 110 includes a transverse connecting shaft 112 and two parallel rib plate groups (each rib plate group can be formed by connecting a plurality of rib plates after being installed at a certain angle), two ends of the connecting shaft are respectively connected with one rib plate group, hanging points 113 for hanging the hanging basket 130 are arranged on the inner sides of the two rib plate groups, and the hanging points 113 are matched with the hanging holes 132; the outer sides of the two rib plate groups of the rotating main body 110 are respectively provided with a connecting rod 114, the two connecting rods 114 are respectively connected with the mounting bracket 120, for example, the connecting rods 114 are connected with the mounting bracket 120 through bearings; the driving rod of the driving motor 140 is connected with one connecting rod 114 through a gear and a chain 141; the driving rod drives the connecting rod 114 to rotate, the connecting rod 114 drives the rotating main body 110 to rotate, namely, the two rib plate groups can be fixedly connected with the mounting bracket 120 and can rotate under the driving of the transverse connecting shaft 112, at the moment, the rotating main body 110 rotates on the mounting bracket 120, each hanging basket 130 keeps a downward vertical state in the rotation, parts to be cleaned are manually placed into the hanging basket 130 and vertically rotate along with the hanging basket 130, and finally, the purpose that the hanging basket 130 carries the parts to be cleaned to circularly rotate, lift and move is achieved.

The locating rods 134 are arranged at the two ends of the hanging basket 130, the inner sides of the corresponding rib plate groups of the locating rods 134 are propped against or opposite to each other, the hanging basket 130 is prevented from sliding between the two rib plate groups, accidental detachment of the hanging holes 132 of the hanging basket 130 between the corresponding hanging points 113 is avoided, and the stability of installation and operation of the hanging basket 130 in the rotating main body 110 is ensured.

Embodiment 5, embodiment 5 provides a soaking and cleaning machine, and the difference of the above embodiment is that: the rib plate inner side of the rib plate group is also provided with a positioning ring (not shown in the drawing), the positioning ring surrounds the periphery of the corresponding hanging points, for example, a positioning ring is arranged around each hanging point, the positioning rod 134 is embedded into the corresponding positioning ring, the hanging point 113, the positioning ring and the positioning rod 143 cooperate with the hanging hole 132 to form a positioning mechanism of the hanging basket 130, when the hanging basket 130 and a part to be cleaned on the hanging basket enter cleaning liquid or enter a strong cleaning area, the influence of the cleaning liquid on the state of the hanging basket 130 (such as the upward impact force of cleaning water flow) can be effectively relieved, the hanging lugs 131 of the hanging basket 130 are prevented from being collided with the hanging point 113, or the positioning mechanism provides a powerful support for the hanging basket 130 in the vertical direction, accidental shaking of the hanging basket 130 in the vertical direction is prevented (particularly, the unexpected shaking of the cleaning liquid in the vertical direction of the hanging basket 130 is prevented, the cleaning force of the part to be cleaned in a phase-changing manner is reduced), the hanging basket 130 is always in the vertical state (or the vertical state) is ensured, and the hanging basket 130 and the part to be cleaned on the hanging basket 130 can keep a fixed posture and enter the soaking cleaning tank 200 (namely the cleaning area 210) is also improved in the consistency of the cleaning effect of the parts to be cleaned. Meanwhile, the influence of the cleaning water flow of the basket 130 on the vertical state thereof during the rotation and lifting process is reduced.

Embodiment 6, embodiment 6 provides a soaking and cleaning machine, and the above embodiment is different in that: an auxiliary water filling port is additionally arranged on the side face of the soaking cleaning tank 200, corresponds to the cleaning area 210, cleans dead corners of parts to be cleaned, improves cleaning effects as much as possible, and improves cleaning efficiency.

Embodiment 7, embodiment 7 provides a soaking and cleaning machine, and the above embodiment is different in that: be equipped with turnover basket (not shown in the figure) on the hanging flower basket 130, the turnover basket can be put on hanging flower basket 130, and turnover basket is simple and convenient with the last lower piece between the hanging flower basket 130, and turnover basket once only can place a plurality of parts of waiting to wash, then will be equipped with these turnover basket of waiting to wash the part once only place or install on the hanging flower basket, will be equipped with these turnover basket of waiting to wash the part and take off from the hanging flower basket after wasing again, reduce the work load of same hanging flower basket multiple times on, lower piece, utilize turnover basket once only to go up and lower piece can effectively improve the work efficiency of going up, lower piece, improve the cleaning efficiency who soaks the cleaning machine.

The foregoing description is only of the preferred embodiments of the present utility model and is not intended to limit the scope of the utility model, and all equivalent structures or equivalent processes using the descriptions and drawings of the present utility model or directly or indirectly applied to other related technical fields are included in the scope of the utility model.

Claims (10)

1. The utility model provides a soak cleaning machine, includes soak washing tank (200), is equipped with cleaning zone (210), its characterized in that in soak washing tank (200): the soaking cleaning machine also comprises a circulating rotary lifting mechanism (100) for driving the part to be cleaned to move in the cleaning area (210) and a circulating water supply mechanism (300) for supplying circulating water to the cleaning area (210);

the circulating rotary lifting mechanism (100) is positioned in the soaking cleaning tank (200) or is arranged above the soaking cleaning tank (200);

the circulating water supply mechanism (300) comprises a water pump (330), the water pump (330) is connected with a water injection port (211) and a water pumping port (221) of the soaking cleaning tank (200), and the water injection port (211) and the water pumping port (221) are communicated with the cleaning area (210).

2. A soaking and cleaning machine according to claim 1, wherein: the circulating rotary lifting mechanism (100) comprises a supporting piece for placing a part to be cleaned, a rotary main body (110), a mounting bracket (120) and a driving device for driving the rotary main body (110) to rotate;

the support piece is connected with the rotating main body (110), the rotating main body (110) is connected with the mounting bracket (120), the mounting bracket (120) is connected with the driving device, the driving device drives the rotating main body (110) to rotate, and the rotating main body (110) drives the support piece to circularly rotate and lift.

3. A soaking and cleaning machine according to claim 2, characterized in that: the supporting piece is a hanging basket (130), and hanging holes (132) are formed in hanging lugs (131) of the hanging basket (130);

the rotary main body (110) comprises a transverse connecting shaft (112) and two parallel circular plates (111), two ends of the connecting shaft are respectively connected with one circular plate (111), hanging points (113) for hanging a hanging basket (130) are arranged on the inner sides of the two circular plates (111), and the hanging points (113) are matched with hanging holes (132); or the rotating main body (110) comprises a transverse connecting shaft (112) and two parallel rib plate groups, two ends of the connecting shaft are respectively connected with one rib plate group, hanging points (113) for hanging the hanging basket (130) are arranged on the inner sides of the two rib plate groups, and the hanging points (113) are matched with the hanging holes (132).

4. A soaking and cleaning machine according to claim 3, wherein:

the driving device is a driving motor (140), the outer sides of two circular plates (111) of the rotating main body (110) are respectively provided with a connecting rod (114) or the outer sides of two rib plate groups of the rotating main body (110) are respectively provided with a connecting rod (114), and the two connecting rods (114) are respectively connected with the mounting bracket (120);

the driving rod of the driving motor (140) is connected with one of the connecting rods (114) through a gear and a chain (141), the driving rod drives the connecting rod (114) to rotate, and the connecting rod (114) drives the rotating main body (110) to rotate.

5. The immersion cleaning machine according to claim 4, wherein:

positioning rods (134) are arranged at two ends of the hanging basket (130), and the inner sides of the corresponding circular plates (111) of the positioning rods (134) are propped against or opposite to each other;

or the two ends of the hanging basket (130) are provided with positioning rods (134), and the inner sides of the corresponding rib plate groups of the positioning rods (134) are propped against or opposite to each other.

6. The immersion cleaning machine according to claim 5, wherein:

the top of the soaking cleaning tank (200) is provided with an opening, a first partition plate (230) is arranged in the soaking cleaning tank (200), the bottom of the first partition plate (230) is connected with the bottom of the soaking cleaning tank (200), two ends of the first partition plate (230) are connected with the side wall of the soaking cleaning tank (200), and a first flow port (231) is formed at the position, lower than the opening at the top of the soaking cleaning tank (200), of the top of the first partition plate (230);

the first partition plate (230) divides the inside of the soaking cleaning tank (200) into a cleaning area (210) and a sedimentation area (220), the water injection port (211) is positioned at the bottom of the soaking cleaning tank (200) and corresponds to the cleaning area (210), and the water pumping port (221) is positioned at the side surface of the soaking cleaning tank (200) and corresponds to the sedimentation area (220).

7. The immersion cleaning machine according to claim 6, wherein:

a second partition plate (240) is arranged in the sedimentation area (220) of the soaking cleaning tank (200), a second flow port (242) is formed by the bottom of the second partition plate (240) and the bottom of the soaking cleaning tank (200) as well as the side wall of the soaking cleaning tank (200), and the top of the second partition plate (240) is higher than the top of the first partition plate (230).

8. The immersion cleaning machine as claimed in claim 7, wherein:

an overflow port (222) is also arranged on the side surface of the soaking cleaning tank (200); the overflow (222) corresponds to the cleaning zone (210) and/or the sedimentation zone (220).

9. The immersion cleaning machine as claimed in claim 8, wherein:

the water pump (330) is also connected with a water inlet (340);

and/or the top of the first partition (230) is higher than the transverse connecting shaft (112) of the rotating body (110) and lower than the top of the rotating body (110);

and/or an auxiliary water injection port is additionally arranged on the side surface of the soaking cleaning tank (200), and the auxiliary water injection port corresponds to the cleaning area (210);

and/or the bottom of the hanging basket (130) is provided with a plurality of water passing ports (133);

and/or the inner side of the circular plate (111) is also provided with a positioning ring, the positioning ring surrounds the corresponding hanging point (113), or the inner side of the rib plate group is also provided with a positioning ring, and the positioning ring surrounds the corresponding hanging point (113);

and/or the basket (130) is provided with a turnover basket.

10. The immersion cleaning machine as claimed in claim 9, wherein:

the soaking and cleaning machine further comprises a control mechanism, a first control valve is arranged on the water pipe between the water pump (330) and the water inlet (340), a second control valve is arranged on the water pipe between the water pump (330) and the water pumping inlet (221), and the control mechanism controls the first control valve, the second control valve and the driving motor (140) to operate.

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