CN208320647U - A kind of mixing arrangement of lysine coated powder - Google Patents

Abstract

The utility model discloses a kind of mixing arrangements of lysine coated powder, including cabinet, mixing chamber, teeter chamber and collecting bin, the inner upper end side of the cabinet is welded with fixed block, the side of fixed block is fixedly connected with feed pipe by push rod, the cabinet upper wall of feed pipe side offers through-hole, the inside of cabinet is placed with mixing chamber, the two sides of mixing chamber pass through fixed link and are fixed between the two sides inner wall of cabinet, and the inside of mixing chamber offers teeter chamber, the interior welds of teeter chamber are fixed with agitating paddle, the upper end of teeter chamber is plugged with lid, magnet suction block is embedded with inside the upper end of lid, the bottom end of teeter chamber offers discharge hole, realize the function of placing lysine and powder, structure is simple, facilitate charging, second drive block is set, third drive block, baffle, the structures such as interlocking bar and follower lever, it realizes The function of taking-up mixed lysine and powder, structure is simple, facilitates discharging.

Description

A kind of mixing arrangement of lysine coated powder

Technical field

The utility model relates to the mixed of the technical field of lysine coated powder more particularly to a kind of lysine coated powder It attaches together and sets.

Background technique

Compound mica itself has bright white, uvioresistant, high temperature resistant, is not susceptible to the good physical chemistry such as reaction Property just develops use by more and more fields.Compound mica will make certain physicochemical properties also with demand Variation especially requires to carry out the processing such as coating to the surface of compound mica to meet the use condition of frontier, and to cloud Female powder, which wrap up, mostly uses greatly lysine to carry out hybrid manipulation.

Utility model content

Purpose of the utility model is to solve disadvantages existing in the prior art, and a kind of lysine package proposed The mixing arrangement of powder.

To achieve the goals above, the utility model adopts the technical scheme that

A kind of mixing arrangement of lysine coated powder, including cabinet, mixing chamber, teeter chamber and collecting bin, the cabinet Inner upper end side be welded with fixed block, the side of fixed block is fixedly connected with feed pipe, feed pipe one by push rod The cabinet upper wall of side offers through-hole, and the inside of cabinet is placed with mixing chamber, and the two sides of mixing chamber are fixed on by fixed link Between the two sides inner wall of cabinet, and the inside of mixing chamber offers teeter chamber, and the interior welds of teeter chamber are fixed with agitating paddle, The upper end of teeter chamber is plugged with lid, and magnet suction block is embedded with inside the upper end of lid, and the bottom end of teeter chamber offers discharge hole, out The lower section two sides in material hole are provided with baffle, and the bottom end two sides of mixing chamber are by being welded with mounting blocks, mounting blocks It is connected and fixed by the side of interlocking bar and baffle, and offers discharge nozzle immediately below discharge hole, one end of discharge nozzle is solid It is scheduled among the upper end of partition, the centre of partition offers through-hole, and collecting bin is placed with below partition.

Preferably, the inner wall side of the mixing chamber offers sliding slot, bull stick is provided in sliding slot, and bull stick is another Side is mounted on the outer wall side of teeter chamber.

Preferably, the interior side of the cabinet is by being welded with fixed block, two side strut housings of fixed block There is push rod, the side of push rod has been fixed by the connecting rod feed pipe, and the other side of push rod is fixed by the connecting rod in sliding block Side, the side strut inner wall side of fixed block is arranged in sliding block, and driving motor is equipped with inside sliding block.

Preferably, the interior side of the cabinet is provided with the first drive block, and the inside of the first drive block is equipped with driving Motor, and the side of the first drive block is mounted by means of screws with telescopic rod, and the inside of telescopic rod is equipped with driving motor, One end of telescopic rod is equipped with turntable by connecting shaft, and the side of turntable is fixed with soup stick by screw, and the side of soup stick is embedded There is magnet suction block.

Preferably, the side of the interlocking bar is mounted on the side of third drive block by follower lever, and interlocking bar The other side is mounted on the side of third drive block by the second drive rod, and the inside of third drive block is equipped with driving motor, the Three drive blocks are mounted on the upper end of partition.

Preferably, the side of the follower lever is mounted on the side of the second drive block, the second driving by the first drive rod The inside of block is equipped with driving motor, and the second drive block is mounted on the inner wall side of cabinet.

The beneficial effects of the utility model are:

1, the utility model passes through the structures such as setting fixed block, push rod, feed pipe, the first drive block, telescopic rod and soup stick, The function of placing lysine and powder is realized, structure is simple, facilitates charging.

2, the utility model passes through the structures such as the second drive block of setting, third drive block, baffle, interlocking bar and follower lever, The function of taking out mixed lysine and powder is realized, structure is simple, facilitates discharging.

Detailed description of the invention

Fig. 1 be the utility model proposes a kind of lysine coated powder mixing arrangement structural schematic diagram；

Fig. 2 be the utility model proposes a kind of lysine coated powder mixing arrangement local A structural schematic diagram；

Fig. 3 be the utility model proposes a kind of lysine coated powder mixing arrangement local B structure schematic diagram.

In figure: 1 cabinet, 2 mixing chambers, 21 teeter chambers, 22 bull sticks, 3 partitions, 4 collecting bins, 5 first drive blocks, 51 are stretched Bar, 6 soup sticks, 7 feed pipes, 8 fixed blocks, 9 push rods, 10 baffles, 11 discharge nozzles, 12 interlocking bar, 13 second drive blocks, 14 thirds are driven Motion block, 15 first drive rods, 16 follower levers, 17 second drive rods.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.

Referring to Fig.1-3, a kind of mixing arrangement of lysine coated powder, including cabinet 1, mixing chamber 2, teeter chamber 21 and receipts Collect storehouse 4, the interior side of cabinet 1 is provided with the first drive block 5, and the inside of the first drive block 5 is equipped with driving motor, and first drives Motion block 5 is to remove lid, and the side of the first drive block 5 is mounted by means of screws with telescopic rod 51, telescopic rod 51 inside is equipped with driving motor, and telescopic rod 51 is to make soup stick 6 that lid is sucked and be removed, and one end of telescopic rod 51 is logical It crosses connecting shaft and turntable is installed, setting turntable is not remove also make to stir on lid for the suction of soup stick 6 in 51 one end of telescopic rod 21 Stirring of room is mixed, the side of turntable is fixed with soup stick 6 by screw, and the side of soup stick 6 is embedded with magnet suction block, cabinet 1 The inside other side by being welded with fixed block 8, be cased with push rod 9 outside two side struts of fixed block 8, push rod 9 be in order to Feed pipe 7 is moved into lid position and facilitates charging, the side of push rod 9 has been fixed by the connecting rod feed pipe 7, and push rod 9 other side is fixed by the connecting rod in the side of sliding block, and the side strut inner wall side of fixed block 8 is arranged in sliding block, and sliding Driving motor is installed, sliding block is to drive push rod 9 mobile, and 1 upper wall of cabinet of 7 side of feed pipe offers logical inside block Hole, the inside of cabinet 1 are placed with mixing chamber 2, and the inner wall side of mixing chamber 2 offers sliding slot, and bull stick 22 is provided in sliding slot, and And the other side of bull stick 22 is mounted on the outer wall side of teeter chamber 21, teeter chamber 21 is to mix lysine and powder It closes, the two sides of mixing chamber 2 pass through fixed link and are fixed between the two sides inner wall of cabinet 1, and the inside of mixing chamber 2 offers Teeter chamber 21, the interior welds of teeter chamber 21 are fixed with agitating paddle, and agitating paddle is mixed in order to which lysine and powder to be stirred It closes, the upper end of teeter chamber 21 is plugged with lid, magnet suction block is embedded with inside the upper end of lid, and the bottom end of teeter chamber 21 offers out Expect that hole, the lower section two sides of discharge hole are provided with baffle 10, it is seamless between baffle 10, baffle 10 be in order to prevent lysine and Powder is fallen, and the bottom end two sides of mixing chamber 2, by being welded with mounting blocks, mounting blocks pass through interlocking bar 12 and baffle 10 side is connected and fixed, and the side of interlocking bar 12 is mounted on the side of third drive block 14, third driving by follower lever 16 Block 13 is to drive the first drive rod 15 mobile, and the other side of interlocking bar 12 is mounted on third by the second drive rod 17 The side of drive block 14, the inside of third drive block 14 are equipped with driving motor, and third drive block 13 is to drive follower lever 16 and second drive rod 17 it is mobile, third drive block 14 is mounted on the upper end of partition 3, and the side of follower lever 16 passes through the first driving Bar 15 is mounted on the side of the second drive block 13, and the inside of the second drive block 13 is equipped with driving motor, the second drive block 13 peace Mounted in the inner wall side of cabinet 1, and discharge nozzle 11 is offered immediately below discharge hole, discharge nozzle 11 is after mixing for convenience Powder and lysine fall, one end of discharge nozzle 11 is fixed among the upper end of partition 3, and the centre of partition 3 offers through-hole, And the lower section of partition 3 is placed with collecting bin 4, and collecting bin 4 is the mixture in order to collect the powder and lysine that fall.

Embodiment one, when charging, motor in remote control the first drive block 5 of starting makes its slide downward, while being remotely controlled starting Motor in telescopic rod 51 suspends, at this time the magnet suction block on the magnet suction block face lid of 6 bottom end of soup stick after extending it, First drive block 5 drives downwards soup stick 6 downwards, when soup stick 6 is inhaled together with lid, controls 5 upward sliding of the first drive block, It drives soup stick 6 to move up lid, after lid leaves teeter chamber 21, suspends the motor in the first drive block 5, start telescopic rod Motor in 51 retracts telescopic rod 51, soup stick 6 is shifted to left side together with lid, in the sliding block for then starting 8 two sides of fixed block Motor, make it start to slide to the left, push push rod 9 by feed pipe 7 shift to left side, when sliding block slides to 8 leftmost side of fixed block, Suspend the motor in sliding block, at this point, feed pipe 7 is moved to rigid lid position by push rod 9 just, then from 7 upper end of feed pipe Lysine and powder is added, after adding, starts motor in sliding block, it is made to start Slideslip to the right, feed pipe 7 is driven to be moved back to, when Sliding block stops its internal motor when sliding to original position, restart motor in telescopic rod 51, stretch to it together soup stick 6 and lid Right side stops the motor in telescopic rod 51 to after the surface of original lid position, starts the electricity in the first drive block 51 Machine, slide downward move down lid, after lid fills in teeter chamber 21, close the motor in the first drive block 5.

Embodiment two, when discharging, motor in remote control the second drive block 13 of starting makes it drive first drive rod 15 upwards Mobile, the first drive rod 15 pulls follower lever 16 (or right side) to the left mobile simultaneously, so that follower lever 16 drives third driving Block 14 (or right side) to the left slides, while also driving the second drive rod 17 (or right side) to the left mobile indirectly, so that second Drive rod 17 and follower lever 16 collapse downwards interlocking bar 12, make it that baffle 10 is shifted to side, expose and close the after discharge hole Motor in two drive blocks 13, falls into mixed powder etc. in collecting bin 4 from discharge nozzle 11, when whole both falls within collecting bin After 4, start the motor in third drive block 14, make its Slideslip to the right, drives the second drive rod 17 and follower lever 16 to two sides It separates, drives interlocking bar 12 to be moved back to baffle 10 and block discharge hole, and follower lever 16 passes through the first drive rod 15 for second simultaneously Drive block 13 drives slide downward, after baffle 10, which is close together, to be closed up, stops the motor in third drive block 14.

The preferable specific embodiment of the above, only the utility model, but the protection scope of the utility model is not It is confined to this, anyone skilled in the art is within the technical scope disclosed by the utility model, practical according to this Novel technical solution and its utility model design are subject to equivalent substitution or change, should all cover the protection model in the utility model Within enclosing.

Claims (6)

1. a kind of mixing arrangement of lysine coated powder, including cabinet (1), mixing chamber (2), teeter chamber (21) and collecting bin (4), which is characterized in that the inner upper end side of the cabinet (1) is welded with fixed block (8), and the side of fixed block (8) is logical Push rod (9) is crossed to be fixedly connected with feed pipe (7), cabinet (1) upper wall of feed pipe (7) side offers through-hole, cabinet (1) it is interior Portion is placed with mixing chamber (2), and the two sides of mixing chamber (2) pass through fixed link and are fixed between the two sides inner wall of cabinet (1), and The inside of mixing chamber (2) offers teeter chamber (21), and the interior welds of teeter chamber (21) are fixed with agitating paddle, teeter chamber (21) Upper end is plugged with lid, and magnet suction block is embedded with inside the upper end of lid, and the bottom end of teeter chamber (21) offers discharge hole, discharge hole Lower section two sides be provided with baffle (10), and the bottom end two sides of mixing chamber (2) are installed by being welded with mounting blocks Block is connected and fixed by interlocking bar (12) and the side of baffle (10), and discharge nozzle (11) are offered immediately below discharge hole, One end of discharge nozzle (11) is fixed among the upper end of partition (3), and the centre of partition (3) offers through-hole, and partition (3) Lower section is placed with collecting bin (4).

2. a kind of mixing arrangement of lysine coated powder according to claim 1, which is characterized in that the mixing chamber (2) inner wall side offers sliding slot, is provided in sliding slot bull stick (22), and the other side of bull stick (22) is mounted on teeter chamber (21) outer wall side.

3. a kind of mixing arrangement of lysine coated powder according to claim 1, which is characterized in that the cabinet (1) Interior side by being welded with fixed block (8), be cased with push rod (9) outside two side struts of fixed block (8), push rod (9) Side be fixed by the connecting rod feed pipe (7), and the other side of push rod (9) is fixed by the connecting rod the one of sliding block Side, sliding block is arranged in the side strut inner wall side of fixed block (8), and driving motor is equipped with inside sliding block.

4. a kind of mixing arrangement of lysine coated powder according to claim 1, which is characterized in that the cabinet (1) Interior side be provided with the first drive block (5), the inside of the first drive block (5) is equipped with driving motor, and the first driving The side of block (5) is mounted by means of screws with telescopic rod (51), and the inside of telescopic rod (51) is equipped with driving motor, telescopic rod (51) one end is equipped with turntable by connecting shaft, and the side of turntable is fixed with soup stick (6) by screw, the side of soup stick (6) It is embedded with magnet suction block.

5. a kind of mixing arrangement of lysine coated powder according to claim 1, which is characterized in that the interlocking bar (12) side is mounted on the side of third drive block (14) by follower lever (16), and the other side of interlocking bar (12) passes through Second drive rod (17) is mounted on the side of third drive block (14), and the inside of third drive block (14) is equipped with driving motor, Third drive block (14) is mounted on the upper end of partition (3).

6. a kind of mixing arrangement of lysine coated powder according to claim 1 or 5, which is characterized in that described driven The side of bar (16) is mounted on the side of the second drive block (13), the inside of the second drive block (13) by the first drive rod (15) Driving motor is installed, the second drive block (13) is mounted on the inner wall side of cabinet (1).