CN209490716U

CN209490716U - Methanol diesel-oil alkane tempering device

Info

Publication number: CN209490716U
Application number: CN201920028950.3U
Authority: CN
Inventors: 晏兵
Original assignee: Hunan Calijian New Energy Technology Co Ltd
Current assignee: Hunan Calijian New Energy Technology Co Ltd
Priority date: 2019-01-08
Filing date: 2019-01-08
Publication date: 2019-10-15
Anticipated expiration: 2029-01-08

Abstract

The utility model relates to oil product reconciliation techniques fields, and disclose a kind of methanol diesel-oil alkane tempering device, including rabbling mechanism, input mechanism and output mechanism, the rabbling mechanism includes blending kettle, first motor, attachment base, first rotating shaft, paddle and connector, the attachment base is fixedly connected with the upper end of blending kettle, the utility model solves tradition reconciliation device reconciliation low efficiency, the problem of poor product quality, by being provided with atomizer, current divider box and control water valve, it can choose the oil spout for carrying out different angle, the nozzle of different angle can be switched by the size of the different in flow rate and oil mass of oil, four orientation of blending kettle inner wall are arranged in current divider box, it can be by oil spurts in all angles, it will not there are any dead angle positions, and methanol diesel-oil is entered in blending kettle by feeding inlet, and alkane solvent oil is from material conveying box by defeated Enter mechanism to spray from atomizer, ensure that original material is sufficiently mixed in material and material conveying box in blending kettle.

Description

Methanol diesel-oil alkane tempering device

Technical field

The utility model relates to oil product reconciliation techniques field, specially a kind of methanol diesel-oil alkane tempering device.

Background technique

Oil mixer is the special equipment for petrochemical liquid blending, and oil mixer is size according to storage tank, liquid The viscosity of body, the position installed and used, the factors such as lift of pump determine the size of the degree of tilt of its lateral nozzle, blending The side wall of device shell and top are equipped with spray nozzle, and liquid is sprayed from the uniformly distributed nozzle of surrounding when charging, can make material into tank with Original material is sufficiently mixed in tank, without individually operated, to achieve the purpose that heat transmitting homogenization, when can shorten blending Between, have many advantages, such as it is energy-saving, reduce evaporation loss, it have it is compact-sized, it is easy and safe to operate reliable, it is high-efficient and keep away The advantages that exempting from oil oxidation, but not only structure is complicated for oil product reconciliation device currently on the market, but also has a single function, it is general on the market Nozzle on the reconciliation device cannot change spray angle up and down, in oil storage tank there are the dead zones of oil spurts, into tank Material cannot be sufficiently mixed with material original in tank, be not provided with filter screen, cannot be not only filtered to the oil of conveying, It is not easy to backwash the impurity on filter screen, it cannot be guaranteed that the oil quality in oil storage tank.

Utility model content

The purpose of this utility model is to provide a kind of methanol diesel-oil alkane tempering device, reach raising reconcile efficiency and The purpose of product quality.

To achieve the above object, the utility model provides the following technical solutions: a kind of methanol diesel-oil alkane tempering device, packet Rabbling mechanism, input mechanism and output mechanism are included, the rabbling mechanism includes blending kettle, first motor, attachment base, first turn Axis, paddle and connector, the attachment base are fixedly connected with the upper end of blending kettle, the upper end of the first motor and attachment base It is fixedly connected, the lower end rotation connection of the first rotating shaft and first motor, the side surface of the connector and first rotating shaft is solid Fixed connection, the paddle are fixedly connected with the side of connector.

The input mechanism includes material conveying box, the first water pump, delivery pipe, the first water valve, transfer dish, feeding inlet, lid, company The inside of material conveying box, the delivery pipe is arranged in through post, atomizer, communicating pipe, current divider box and control water valve, first water pump It is connected to the side of material conveying box, first water valve and the middle part that delivery pipe is arranged in, the transfer dish and delivery pipe are far from defeated One end of hopper is connected to, and the upper end of blending kettle, the threaded upper ends connection of the lid and feeding inlet, institute is arranged in the feeding inlet The one end for stating connection column is connected to transfer dish, and the atomizer is arranged in the inside of blending kettle, the communicating pipe and blending kettle Inside is fixedly connected, and the current divider box is connected to one end of communicating pipe, and the inside of current divider box is arranged in the control water valve.

The output mechanism includes the second motor, the second water valve, discharge nozzle, filter screen, material storing box, the second water pump, second The side of blending kettle, the side company of the discharge nozzle and material storing box is arranged in shaft, isolation board and buffer subsystem, second motor Logical, the one end of discharge nozzle far from material storing box is arranged in second water valve, is fixedly connected on the inside of the filter screen and discharge nozzle, The inside of material storing box, the side rotation connection of second shaft and the second motor, the isolation is arranged in second water pump Plate is fixedly connected with the side of the second shaft, and the buffer subsystem is fixedly connected with the second shaft far from the side of isolation board.

Preferably, the connection column is connected to far from one end of transfer dish with communicating pipe, and is connected to there are four column settings.

Preferably, there are four current divider box settings, the inside of current divider box is opened up there are three channel, is all provided in three channels It is equipped with control water valve, and the one end in three channels is connected to an atomizer, the direction of atomizer is followed successively by court from top to bottom It is upper, horizontal and downward.

Preferably, the one end of the discharge nozzle far from material storing box is connected to the side of blending kettle, and the vertical height of discharge nozzle Degree is lower than the second shaft, the vertical height of isolation board and buffer subsystem.

Preferably, the paddle is symmetrically distributed in the two sides of connector, and the quantity of paddle is six.

Preferably, the diameter of the width and attachment base cross section of the isolation board and buffer subsystem is equal, and isolation board is gentle It rushes Netcom and crosses the second shaft and the rotation connection of the second motor.

The utility model provides a kind of methanol diesel-oil alkane tempering device.Have it is following the utility model has the advantages that

(1), the utility model can choose carry out different angle by being provided with atomizer, current divider box and control water valve Oil spout, the nozzle of different angle can be switched by the size of the different in flow rate and oil mass of oil, current divider box is arranged in blending kettle Four orientation of wall, can by oil spurts in all angles, will not there are any dead angle position, and methanol diesel-oil by feeding inlet into Enter in blending kettle, and alkane solvent oil is to be sprayed from atomizer from material conveying box by input mechanism, be ensure that in blending kettle Material is sufficiently mixed with material original in material conveying box.

(2), the utility model makes the oil plant reconciled at a slow speed using buffer subsystem by being provided with special output mechanism Enter discharge nozzle, and the impurity screening from the filter screen in discharge nozzle, discharge nozzle can be dismantled after reconciliation and is taken out Filter screen, is rinsed the impurity on filter screen, not only facilitates the cleaning work of equipment, ensure that the oil quality in material storing box Amount, and prevent and destruction is generated to filter screen because the flow velocity of oil plant is too fast in discharging, replacement filter screen is avoided, is reduced Cost.

Detailed description of the invention

Fig. 1 is the main view of the utility model；

Fig. 2 is the top view of the utility model blending kettle；

Fig. 3 is the structure chart of the utility model current divider box；

Fig. 4 is the enlarged drawing at A.

In figure: 1 rabbling mechanism, 101 blending kettles, 102 first motors, 103 attachment bases, 104 first rotating shafts, 105 paddles, 106 connectors, 2 input mechanisms, 201 material conveying box, 202 first water pumps, 203 delivery pipes, 204 first water valves, 205 transfer dish, 206 Feeding inlet, 207 lids, 208 connection columns, 209 atomizers, 210 communicating pipes, 211 current divider boxes, 212 control water valves, 3 output mechanisms, 301 second motors, 302 second water valves, 303 discharge nozzles, 304 filter screens, 305 material storing box, 306 second water pumps, 307 second turns Axis, 308 isolation boards, 309 buffer subsystems.

Specific embodiment

As shown in Figs 1-4, the utility model provides a kind of technical solution: a kind of methanol diesel-oil alkane tempering device, including Rabbling mechanism 1, input mechanism 2 and output mechanism 3, rabbling mechanism 1 include blending kettle 101, first motor 102, attachment base 103, First rotating shaft 104, paddle 105 and connector 106, attachment base 103 are fixedly connected with the upper end of blending kettle 101, first motor 102 are fixedly connected with the upper end of attachment base 103, and the lower end of first rotating shaft 104 and first motor 102 is rotatablely connected, connector 106 It is fixedly connected with the side surface of first rotating shaft 104, paddle 105 is fixedly connected with the side of connector 106, and paddle 105 is right Claim the two sides for being distributed in connector 106, and the quantity of paddle 105 is six.

Input mechanism 2 includes material conveying box 201, the first water pump 202, delivery pipe 203, the first water valve 204, transfer dish 205, enters Material mouth 206, lid 207, connection column 208, atomizer 209, communicating pipe 210, current divider box 211 and control water valve 212, the first water pump 202 are arranged in the inside of material conveying box 201, and delivery pipe 203 is connected to the side of material conveying box 201, and the first water valve 204 is with setting defeated The middle part of pipe 203 is sent, transfer dish 205 is connected to delivery pipe 203 far from one end of material conveying box 201, and the setting of feeding inlet 206 is being concocted The upper end of kettle 101, lid 207 are connect with the threaded upper ends of feeding inlet 206, and one end of connection column 208 is connected to transfer dish 205, The inside of blending kettle 101 is arranged in atomizer 209, is fixedly connected with the inside of blending kettle 101 communicating pipe 210, current divider box 211 with One end of communicating pipe 210 is connected to, and the inside of current divider box 211 is arranged in control water valve 212, is connected to column 208 far from transfer dish 205 One end is connected to communicating pipe 210, and is connected to there are four the settings of column 208, and there are four the settings of current divider box 211, the inside of current divider box 211 Open up there are three channel, be provided with control water valve 212 in three channels, and the one end in three channels with an atomizer 209 connections, the direction of atomizer 209 be followed successively by from top to bottom upward, it is horizontal and downward.

Output mechanism 3 includes the second motor 301, the second water valve 302, discharge nozzle 303, filter screen 304, material storing box 305, the The side of blending kettle 101 is arranged in two water pumps 306, the second shaft 307, isolation board 308 and buffer subsystem 309, the second motor 301, Discharge nozzle 303 is connected to the side of material storing box 305, and the one end of discharge nozzle 303 far from material storing box 305 is arranged in the second water valve 302, Filter screen 304 is fixedly connected with the inside of discharge nozzle 303, and the inside of material storing box 305, the second shaft is arranged in the second water pump 306 307 and second the side of motor 301 be rotatablely connected, isolation board 308 is fixedly connected with the side of the second shaft 307, buffer subsystem 309 It is fixedly connected with the second shaft 307 far from the side of isolation board 308, discharge nozzle 303 one end and blending kettle far from material storing box 305 101 side connection, and the vertical height of discharge nozzle 303 is vertical lower than the second shaft 307, isolation board 308 and buffer subsystem 309 Highly, isolation board 308 is equal with the diameter of 103 cross section of the width of buffer subsystem 309 and attachment base, and isolation board 308 and buffering Net 309 is rotatablely connected by the second shaft 307 and the second motor 301.

When in use, it opens lid 207 to pour into methanol diesel-oil in blending kettle 101 from feeding inlet 206, and opens the first water Alkane solvent oil is delivered in current divider box 211 by pump 202 and the first water valve 204 out of material conveying box 201, passes through control further according to needs Platform processed opens three different control water valves 212, to reach the oil spout of multi-angle or the oil spout of single angle, when reconciling Make the overturning of isolation board 308 upper using the second motor 301, prevents the spilling of oil plant from utilizing second when reconciliation finishes output oil plant Motor 301 overturns buffer subsystem 309 upper, and opens the second water valve 302 and the second water pump 306, so that it is slow to reconcile good oil plant Speed enters in discharging 303, and enters in material storing box 305 by filter screen 304.

It can to sum up obtain, the utility model is by being provided with atomizer 209, current divider box 211 and control water valve 212, Ke Yixuan The oil spout for carrying out different angle is selected, the nozzle of different angle, current divider box can be switched by the size of the different in flow rate and oil mass of oil 211 are arranged in four orientation of 101 inner wall of blending kettle, can by oil spurts in all angles, will not there are any dead angle positions, and Methanol diesel-oil by feeding inlet 206 enter blending kettle 101 in, and alkane solvent oil be from material conveying box 201 by input mechanism 2 from It is sprayed in atomizer 209, ensure that the material and original material in material conveying box 201 in blending kettle 101 are sufficiently mixed, by setting Set special output mechanism 3, using buffer subsystem 309 make the oil plant reconciled at a slow speed enter discharge nozzle 303, and from going out Impurity screening in filter screen 304 in expects pipe 303 can dismantle discharge nozzle 303 and take out filter screen 304 after reconciliation, right Impurity on filter screen 304 is rinsed, and not only facilitates the cleaning work of equipment, ensure that the oil quality in material storing box 305, And prevent and destruction is generated to filter screen 304 because the flow velocity of oil plant is too fast in discharging, avoid replacement filter screen 304, drop Low cost.

Claims

1. a kind of methanol diesel-oil alkane tempering device, including rabbling mechanism (1), input mechanism (2) and output mechanism (3), special Sign is: the rabbling mechanism (1) includes blending kettle (101), first motor (102), attachment base (103), first rotating shaft (104), paddle (105) and connector (106), the attachment base (103) are fixedly connected with the upper end of blending kettle (101), institute It states first motor (102) to be fixedly connected with the upper end of attachment base (103), the first rotating shaft (104) and first motor (102) Lower end rotation connection, the connector (106) is fixedly connected with the side surface of first rotating shaft (104), the paddle (105) and The side of connector (106) is fixedly connected；

The input mechanism (2) includes material conveying box (201), the first water pump (202), delivery pipe (203), the first water valve (204), defeated Send disk (205), feeding inlet (206), lid (207), connection column (208), atomizer (209), communicating pipe (210), current divider box (211) it is arranged with control water valve (212), first water pump (202) in the inside of material conveying box (201), the delivery pipe (203) It is connected to the side of material conveying box (201), first water valve (204) and setting are in the middle part of delivery pipe (203), the transfer dish (205) it is connected to delivery pipe (203) far from the one end of material conveying box (201), the feeding inlet (206) is arranged in blending kettle (101) Upper end, the lid (207) connect with the threaded upper ends of feeding inlet (206), one end of connection column (208) and transfer dish (205) it is connected to, the atomizer (209) is arranged in the inside of blending kettle (101), the communicating pipe (210) and blending kettle (101) Inside be fixedly connected, the current divider box (211) is connected to one end of communicating pipe (210), and the control water valve (212) setting exists The inside of current divider box (211)；

The output mechanism (3) includes the second motor (301), the second water valve (302), discharge nozzle (303), filter screen (304), storage Hopper (305), the second water pump (306), the second shaft (307), isolation board (308) and buffer subsystem (309), second motor (301) it is arranged in the side of blending kettle (101), the discharge nozzle (303) is connected to the side of material storing box (305), and described second Water valve (302) setting is in the one end of discharge nozzle (303) far from material storing box (305), the filter screen (304) and discharge nozzle (303) Inside be fixedly connected, second water pump (306) setting is in the inside of material storing box (305), second shaft (307) and the The side of two motors (301) is rotatablely connected, and the isolation board (308) is fixedly connected with the side of the second shaft (307), described slow It rushes net (309) and is fixedly connected with the second shaft (307) far from the side of isolation board (308).

2. methanol diesel-oil alkane tempering device according to claim 1, it is characterised in that: the connection column (208) is separate One end of transfer dish (205) is connected to communicating pipe (210), and is connected to there are four column (208) settings.

3. methanol diesel-oil alkane tempering device according to claim 1, it is characterised in that: current divider box (211) setting There are four, the inside of current divider box (211) is opened up there are three channel, and control water valve (212), and three are provided in three channels The one end in channel is connected to an atomizer (209), the direction of atomizer (209) be followed successively by from top to bottom upward, it is horizontal and Downward.

4. methanol diesel-oil alkane tempering device according to claim 1, it is characterised in that: the discharge nozzle (303) is separate One end of material storing box (305) is connected to the side of blending kettle (101), and the vertical height of discharge nozzle (303) is lower than the second shaft (307), the vertical height of isolation board (308) and buffer subsystem (309).

5. methanol diesel-oil alkane tempering device according to claim 1, it is characterised in that: the paddle (105) is symmetrical The two sides of connector (106) are distributed in, and the quantity of paddle (105) is six.

6. methanol diesel-oil alkane tempering device according to claim 1, it is characterised in that: the isolation board (308) is gentle The diameter of the width and attachment base (103) cross section that rush net (309) is equal, and isolation board (308) and buffer subsystem (309) pass through the Two shafts (307) and the second motor (301) are rotatablely connected.