CN215559164U

CN215559164U - Full-automatic ground sewage separating lifter

Info

Publication number: CN215559164U
Application number: CN202121150229.5U
Authority: CN
Inventors: 薛傲雪
Original assignee: Xue Aoxue
Current assignee: Xue Aoxue
Priority date: 2021-05-26
Filing date: 2021-05-26
Publication date: 2022-01-18
Anticipated expiration: 2031-05-26

Abstract

The utility model discloses a full-automatic floor sewage residue separation lifter in the technical field of oil separation devices, which structurally comprises a full-automatic residue separation and removal device, a full-automatic sewage lifting device and a full-automatic standby sewage discharge device, wherein the full-automatic residue separation and removal device is provided with a residue separation basket, a front/rear opening flashboard electric device, a residue suction electric device and a residue and sewage extraction barrel; the full-automatic sewage lifting device is provided with a sewage pump and a heat dissipation blowing fan; the full-automatic standby sewage discharge device is provided with a sewage electric ball valve. The functional and technical points are as follows: the full-automatic slag and dirt separating and removing device is used for sucking and removing slag and dirt so as to facilitate the normal operation of the full-automatic sewage lifting device; the full-automatic sewage lifting device is convenient for lifting the platform sewage to the oil separation tank for oil separation treatment; the full-automatic backup sewage discharge device is convenient for preventing the platform from being immersed in water once the full-automatic sewage lifting device cannot lift the platform sewage due to faults; the installation, the setting and the full-automatic operation are convenient.

Description

Full-automatic ground sewage separating lifter

Technical Field

The utility model relates to the technical field of oil removal devices, in particular to a full-automatic ground sewage residue removal lifter.

Background

In a traditional catering sewage oil separation system, particularly an oil separation tank commonly adopted by small and medium catering industry, the inlet of most oil separation tanks is higher than the ground, so that the oil separation tank is mainly used for treating sewage of off-ground facilities (such as bowls, basins and the like). Therefore, the sewage drained from the kitchen platform through the open channel/water throat can be directly drained to the public sewage channel without being subjected to oil separation treatment of the oil separation tank, but the sewage of the kitchen platform is the sewage with a small oil content from unfreezing/cleaning meat, kitchen residues and the like, so that the oil separation effect of the whole kitchen sewage drainage system is greatly reduced.

Disclosure of Invention

In order to solve the problems, the utility model provides a full-automatic floor sewage slag separation lifter.

A full-automatic ground sewage slag separation lifter comprises: the structure comprises a full-automatic slag separating and removing device, a full-automatic sewage lifting device and a full-automatic backup sewage discharging device. The full-automatic slag and dirt separating and removing device is provided with a slag separating basket, a front/rear opening flashboard electric device, a slag and dirt sucking electric device and a slag and dirt extracting barrel; the full-automatic sewage lifting device is provided with a sewage pump and a heat dissipation blowing fan; the full-automatic standby sewage discharge device is provided with a sewage electric ball valve; the front of the main machine body is provided with a movable dredging plate and a movable dredging cover.

Further, when the full-automatic slag and dirt separating and removing device sucks slag and dirt, the slag separating basket is in an anhydrous closed chamber state.

Furthermore, the full-automatic sewage lifting device can pump the mixed slag sewage which leaks through the slag separating basket by the sewage pump.

Furthermore, the flow of the sewage pump of the full-automatic sewage lifting device is larger than the maximum flow of the sewage of the platform, so that the platform is free from water immersion.

Furthermore, full-automatic reserve sewage discharging equipment in case full-automatic sewage hoisting device can not promote when sewage because of the trouble, makes the platform not appear the water logging situation.

Furthermore, the device is provided with an ultrasonic sensor as each water/slag level sensing device.

The utility model has the beneficial effects that:

1. the full-automatic slag and dirt separating and removing device sucks and removes slag and dirt to ensure that the full-automatic sewage lifting device operates normally;

2. the full-automatic sewage lifting device lifts the platform sewage to the oil separation tank for oil separation treatment;

3. the full-automatic back-up sewage discharge device prevents the platform from being immersed in water once the full-automatic sewage lifting device cannot lift the platform sewage due to faults;

4. the installation, the setting and the full-automatic operation are convenient.

Drawings

FIG. 1 is a schematic elevation sectional view of the apparatus;

fig. 2 is a schematic diagram of a fully automatic electrical control system of the device.

Detailed Description

In order to make the purpose, technical scheme and operation of the device more clear, the device is further described in detail with reference to the accompanying drawings and embodiments:

example 1

As shown in attached figures 1 and 2, the full-automatic floor sewage slag separation lifter comprises: including the lifting mechanism host computer body 1, the preceding activity that sets up of lifting mechanism host computer body 1 is dredged the flashboard 17, is dredged in the activity and is covered 22, and the activity is dredged the flashboard 17 and is set up at the back and separate sediment basket 2, separates and sets up preceding mouthful flashboard 5, preceding mouthful flashboard electric actuator 3, back mouthful flashboard 6, back mouthful flashboard electric actuator 4 above the sediment basket 2. The front opening flashboard 5, the front opening flashboard electric device 3, the rear opening flashboard 6 and the rear opening flashboard electric device 4 are provided with a full-automatic electric control device 7, a lifting/warning device 8 and a heat dissipation blowing fan 9. A sewage pump 10 is arranged behind the slag separating basket 2, and a sewage electric ball valve 16 is arranged behind the sewage pump 10. The sewage pump 10 has a sewage pump inlet 11, a sewage pump outlet 12. The main body is provided with ultrasonic sensors (18, 19, 20) and a pump pool 25. The front and the back of the main body are provided with a sewage inlet 23 and a sewage reserve outlet 24. The main machine body is externally provided with a slag and dirt suction electric device 13, a slag and dirt suction connecting throat 14 and a slag and dirt extraction barrel 15, and the slag and dirt suction electric device 13 is provided with an ultrasonic sensor 21.

Example 2

The device relates to a full-automatic kitchen platform sewage lifting mechanism with a slag separation function: as shown in figure 1; when the device is installed in a kitchen platform, the platform sewage flows into the slag separating basket 2 through the platform open channel/water throat via the movable dredging board 17 and the sewage inlet 23, a very small number of kitchen residue blocks in the sewage are separated by the movable dredging board 17, and most of the slag is separated in the slag separating basket 2 by the slag separating basket 2; the sewage (including the small and tiny slag and sewage which leak through the slag separating basket 2) after the kitchen residual slag and sewage are separated flows into the sewage pump inlet 11 and the pump pool 25, and is automatically lifted to the oil separating pool by the sewage pump 10 through the sewage pump outlet 12 for oil separating treatment, and then is discharged to a public sewage channel. If the sewage pump 10 can not lift the platform sewage due to the fault, the sewage electric ball valve 16 automatically opens the sewage reserve outlet 24, so that the platform sewage is directly discharged to the public sewage channel, and the water immersion condition of the platform can not occur. Kitchen waste which is cut in the slag separating basket 2 is automatically sucked into the extractable slag bucket 15 by the slag and dirt sucking electric device 13 through the slag and dirt sucking connecting throat 14; if a small number of kitchen residue blocks are blocked by the movable dredging plate 17, the lifting/warning device 8 automatically gives out warning to inform manual removal.

This full-automatic electric control system of full-automatic sediment lifting mechanism, as shown in figure 2, set for control by full-automatic electric control device 7: the ultrasonic sensors (18, 19, 20, 21) are used as water level and slag level sensing devices; a front opening flashboard electric device 3, a rear opening flashboard electric device 4, a heat dissipation blowing fan 9, a sewage pump 10 and a sewage electric (normally closed) ball valve 16 are taken as executing devices; the warning/warning device 8 serves as a prompting device.

When kitchen platform sewage flows into the slag separation basket 2 through the platform open channel/water throat through the movable dredging plate 17 and the sewage inlet 23, the sewage after kitchen residue and sewage are separated by the movable dredging plate 17 and the slag separation basket 2 flows into the sewage pump inlet 11 and the pump pool 25, and when the water level rises to a set upper limit, the sewage lifting program control is started; the sewage pump 10 is automatically started to lift the sewage to the oil separation tank, and the heat dissipation blowing fan 9 is automatically started to blow and dissipate heat of the sewage pump 10; when the water level is reduced to the set lower limit, the sewage pump 10 is automatically closed, the heat-dissipation blowing fan 9 continues to extend for one minute to blow and dissipate heat, and then the program control is completed.

When the full-automatic slag separation lifter operates for a period of time (generally less than 3 days), or the slag separation basket 2 is full of slag, the slag suction program control is started; forcibly starting the sewage lifting program control, and simultaneously starting the front gate plate electric device 3 to enable the front gate plate 5 to seal the water inlet of the slag separation basket 2, when the water level is reduced to a set lower limit, and the sewage pump 10 is automatically closed, then starting the rear gate plate electric device 4 to enable the rear gate plate 6 to seal the water outlet of the slag separation basket 2, wherein the slag separation basket 2 is in an anhydrous closed chamber state, the slag and sewage suction electric device 13 is automatically started, and all slag and sewage are sucked into the slag and sewage extractable barrel 15; then the front opening flashboard electric device 3 is started to enable the front opening flashboard 5 to open the water inlet of the slag separating basket 2, and the rear opening flashboard electric device 4 is simultaneously started to enable the rear opening flashboard 6 to open the water outlet of the slag separating basket 2, so that the slag and sewage suction program control is completed. The program-controlled automatic start of the slag-suction sewage is set in the time period (such as night) when the full-automatic slag-separating lifter stops operating, but if the full-automatic slag-separating lifter operates, the full basket of the slag in the slag-separating basket 2 is separated, so that the full-automatic sewage is influenced to separate the slag-suction sewage when the full-automatic slag-separating lifter operates, the program-control automatic start of the slag-suction sewage is also set at any time, only ten seconds are needed for the whole program-control operation, and the normal operation of the full-automatic slag-separating lifter is not influenced.

When a large kitchen residue block is cut off in front of the movable dredging plate 17, so that an open channel/water throat is blocked or a period of time (generally less than 3 days) exists, or long residue strips leaking into the residue separating basket 2 influence the automatic residue and dirt sucking operation, the lifting/warning device 8 automatically gives out a sound and gives an indicator light for warning, and informs a worker to lift the movable dredging cover 22/the movable dredging plate 17 for manual removal.

When the sewage pump 10 cannot make the platform sewage rise due to the fault, the sewage electric ball valve (normally closed) 16 automatically opens the sewage reserve outlet 24, so that the platform sewage is directly drained to the public sewage channel, and the platform is free from water logging; meanwhile, the lifting/warning device 8 automatically gives out sound and gives out maintenance warning of the indicator lamp, and automatically resets after the fault is eliminated, and the sewage backup outlet 24 is closed.

When the full-automatic slag separation lifter operates for a period of time (generally not more than 3 days), or the slag dirt of the slag dirt barrel 15 can be extracted, the slag dirt removing program control automatic start is started: the method comprises the steps of automatically locking to forbid the start of slag and dirt suction program control, then automatically sounding and prompting by an indicator light by a lifting/warning device 8, informing a manually-extracted slag and dirt bucket 15, and pouring slag and dirt into a container specially used for containing slag and dirt for subsequent treatment; then the extractable dirt barrel 15 is manually put back to the original position, the program control of the dirt suction is realized, namely, the automatic reset is realized, and meanwhile, the lifting/warning device 8 is automatically closed, and the program control is finished. The program-controlled automatic start of the slag removing and dirt removing can also be set in the operation time interval of the full-automatic slag separation lifter, and the normal operation of the device is not influenced.

Claims

1. The utility model provides a full-automatic sediment lifting mechanism that separates of platform sewage which characterized in that: the structure of the device consists of a full-automatic slag separating and removing device, a full-automatic sewage lifting device and a full-automatic standby sewage discharging device, wherein the full-automatic slag separating and removing device is provided with a slag separating basket, a front/rear opening flashboard electric device, a slag and sewage sucking electric device and a slag and sewage extracting barrel; the full-automatic sewage lifting device is provided with a sewage pump and a heat dissipation blowing fan; the full-automatic standby sewage discharge device is provided with a sewage electric ball valve; the front of the main machine body is provided with a movable dredging plate and a movable dredging cover.

2. The full-automatic ground sewage residue separation lifter according to claim 1, characterized in that: the full-automatic sewage lifting device and the sewage pump can pump the mixed slag sewage which passes through the slag separating basket.

3. The full-automatic ground sewage residue separation lifter according to claim 1, characterized in that: the flow of the sewage pump of the full-automatic sewage lifting device is larger than the maximum flow of the sewage of the platform.

4. The full-automatic ground sewage residue separation lifter according to claim 1, characterized in that: the device is provided with an ultrasonic sensor as each water/slag level sensing device.