CN209679933U

CN209679933U - Raw material blending device is used in a kind of production of coarse grain tea pellet

Info

Publication number: CN209679933U
Application number: CN201821960649.8U
Authority: CN
Inventors: 刘志广
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-11-26
Filing date: 2018-11-26
Publication date: 2019-11-26
Anticipated expiration: 2028-11-26

Abstract

The utility model relates to food processing equipment technical fields more particularly to a kind of production of coarse grain tea pellet to use raw material blending device.The technical problems to be solved in the utility model is the not uniform enough of the raw material mixing of coarse grain tea pellet.In order to solve the above-mentioned technical problem, the utility model provides a kind of coarse grain tea pellet production raw material blending device, including cabinet, tiny venthole is offered at the top of cabinet, and the diameter of venthole is less than the diameter of raw material, agitating device and blowning installation are provided at the top of cabinet, agitating device includes the driving motor for being fixedly connected on top of the box and the tracheae for being rotatably connected on box house.Coarse grain tea pellet production raw material blending device, raw material can be broken up by the air produced by boasting at the top of hollow stirring block, it can tentatively be mixed to it into box house air, hollow stirring block is while being stirred, air can be blown upwards, to make raw material mix more uniform using the power of the power of stirring and air-flow.

Description

Raw material blending device is used in a kind of production of coarse grain tea pellet

Technical field

The utility model relates to food processing equipment technical field, specially a kind of coarse grain tea pellet production is mixed with raw material and is filled It sets.

Background technique

It needs to mix raw material when coarse grain tea pellet is processed, to make the coarse grain tea pellet taste manufactured Road is more preferable.

Coarse grain tea pellet is all to be mixed raw material using agitator tank most of when mixing, used at present It is simple to stir box structure, is all to start driving motor after raw material is put into box house, thus inside by stirring block drive Raw material is moved, and mixes box house raw material uniformly；But same level rotation is carried out since stirring block uses, The raw material for leading to the not comprehensive enough of box house raw material movement in this way, therefore will lead to box house mixes less uniform, Cause the coarse grain tea pellet taste manufactured that can reduce.

Utility model content

(1) the technical issues of solving

In view of the deficiencies of the prior art, the utility model provides a kind of coarse grain tea pellet production raw material blending device, solution Not uniform enough the problem that the raw material of coarse grain tea pellet of having determined mixes.

(2) technical solution

To achieve the above object, the utility model provides the following technical solutions: a kind of coarse grain tea pellet production is mixed with raw material Device, including cabinet offer tiny venthole at the top of cabinet, and the diameter of venthole is less than the diameter of raw material, the case Agitating device and blowning installation are provided at the top of body.

The agitating device includes being fixedly connected on the driving motor of top of the box and being rotatably connected on box house Tracheae, the bottom of tracheae are welded with sealing plate, and the position that the tracheae is connect with top of the box is provided with bearing, the driving electricity The equal fixing sleeve in the outside of machine output shaft and the outside of tracheae is connected to first round disk, passes through first between two first wheel discs Belt transmission connection, first wheel disc are located at the top of cabinet, and the outside weldings of the tracheae have hollow stirring block, hollow to stir It mixes block to be connected to the inside of tracheae, and offers a discharge stomata at the top of hollow stirring block, the hollow stirring block is located at case The inside of body, driving motor is using the decelerating motor being commercially available in the market, when driving motor is worked, driving The output shaft of motor can drive tracheae to be rotated using the first wheel disc and the first belt, to drive the stirring block on tracheae It is rotated, is mixed using raw material of the stirring block to box house.

The blowning installation includes being welded on two curved rods of inner surface of trachea and being rotatably connected on case by bearing block Shaft at the top of body, the corresponding one end of two curved rods are fixedly connected by Limit Bearing, the inside of the Limit Bearing Fixing sleeve is connected to rotation axis, and the external fixing sleeve of the rotation axis is connected to flabellum, offers ring at the top of the rotation axis outer wall Shape slot, the equal fixing sleeve in the outside of the tracheae and the outside of shaft are connected to the second wheel disc, pass through between two second wheel discs The transmission connection of second belt, second wheel disc are located at the top of the first wheel disc, and the external fixing sleeve of the shaft is connected to third Wheel disc, and third wheel disc is located at the top of the second wheel disc, passes through third between the annular groove on the third wheel disc and rotation axis Belt is sequentially connected, and the diameter of the second wheel disc is three times of the second wheel diameter in shaft on tracheae, is rotated when tracheae When, tracheae will drive shaft and be rotated, and the velocity of rotation of shaft makes three times of tracheae, the diameter of third wheel disc in shaft It is five times of annular groove diameter in rotation axis, will drive rotation axis when shaft is rotated while being rotated, and turns The velocity of rotation of moving axis is five times of shaft velocity of rotation, in this way when tracheae is rotated, rotation axis and flabellum meeting It is rotated simultaneously with fifteenfold speed, has the inside that a large amount of wind enters tracheae when tracheae is rotated in this way, Subsequently into the inside of hollow stirring block, is excluded from the top of hollow stirring block, the raw material of box house is blown, original is made The position change of material, to make raw material mixing more evenly.

Preferably, the external fixing sleeve of the shaft is connected to locating shaft and holds, and the positioning bearing passes through two arcuate struts It is fixedly connected at the top of the box body, improves the support force to shaft in this way, topple over shaft will not.

Preferably, the top on the right side of the cabinet is welded with feed pipe, is welded with loading hopper at the top of the feed pipe, Feed pipe is connected to the inside of cabinet, and feed pipe is connected to the inside of loading hopper.

Preferably, the bottom of the cabinet is provided with blanking device, and the blanking device includes being welded on the bottom of box Feeder pipe, the internal activity of the feeder pipe are socketed with piston, and the bottom of the piston is welded with motion bar, the feeder pipe Two sides are welded with fixed block, and the bottom of two fixed blocks is welded with fixed ring, and the inside of the motion bar offers Circular hole, movable sleeve is connected to fixed link in the motion bar inner circular aperture, and the both ends of the fixed link are actively socketed on two respectively It the inside of fixed ring can be by the position of motion bar when the both ends of fixed link are actively socketed on the inside of two fixed rings respectively It is fixed, so that piston be fixed, feeder pipe is sealed, when both ends and two fixed rings of fixed link separate When, it can change the position of motion bar, so as to remove piston, feeder pipe allow to be normally carried out blanking.

Preferably, the right end of the fixed link is welded with ring-shaped handle.

(3) beneficial effect

The utility model provides a kind of coarse grain tea pellet production raw material blending device.Have it is following the utility model has the advantages that

(1), coarse grain tea pellet production raw material blending device is first opened and is driven when needing to mix raw material Dynamic motor rotates tracheae and flabellum, raw material then is added to box house, at this moment raw material can be by hollow stirring block top The air that portion produces by boasting is broken up, and can tentatively be mixed to it into box house air, then when box house is all added After raw material, hollow stirring block can blow air while being stirred upwards, by the power of air-flow to hollow stirring block at the top of Feed location is moved, to make raw material mix more uniform using the power of stirring and the power of air-flow.

(2), coarse grain tea pellet production raw material blending device due to offering venthole at the top of the box body, and drives The top of the cabinet of motor setting, will receive biggish shaking force at the top of such cabinet, will when raw material floats to the top of cabinet When venthole is blocked, raw material can be shaken off using the shaking force of driving motor, the venthole of guarantee top of the box in this way will not be by It blocks, excludes the air of box house normally outward.

Detailed description of the invention

Fig. 1 is the positive structure diagram of the utility model；

Fig. 2 is partial enlargement diagram at the A in the utility model Fig. 1；

Fig. 3 is the front cross-sectional structural schematic diagram of tracheae in the utility model Fig. 2；

Fig. 4 is partial enlargement diagram at the B in the utility model Fig. 1.

In figure: 1 cabinet, 2 agitating devices, 21 driving motors, 22 tracheaes, 23 first wheel discs, 24 first belts, 25 hollow Stirring block, 3 blowning installations, 31 curved rods, 32 shafts, 33 Limit Bearings, 34 rotation axis, 35 flabellums, 36 annular grooves, 37 second wheels Disk, 38 second belts, 39 third wheel discs, 310 third belts, 311 positioning bearings, 312 arcuate struts, 4 feed pipes, 5 charging leakages Bucket, 6 blanking devices, 61 feeder pipes, 62 pistons, 63 motion bars, 64 fixed blocks, 65 fixed rings, 66 fixed links, 67 ring-shaped handles.

Specific embodiment

As shown in Figs 1-4, the utility model provides a kind of technical solution: a kind of coarse grain tea pellet production raw material mixing dress It sets, including cabinet 1, the top of cabinet 1 offers tiny venthole, and the diameter of venthole is less than the diameter of raw material, cabinet 1 Top is provided with agitating device 2 and blowning installation 3.

Agitating device 2 includes being fixedly connected on the driving motor 21 at 1 top of cabinet and being rotatably connected on inside cabinet 1 Tracheae 22, the bottom of tracheae 22 are welded with sealing plate, and the position connected at the top of tracheae 22 and cabinet 1 is provided with bearing, driving electricity The equal fixing sleeve in outside of the outside and tracheae 22 of 21 output shaft of machine is connected to first round disk 23, leads between two the first wheel discs 23 The transmission connection of the first belt 24 is crossed, the first wheel disc 23 is located at the top of cabinet 1, and the outside weldings of tracheae 22 have hollow stirring block 25, hollow stirring block 25 is connected to the inside of tracheae 22, and the top of hollow stirring block 25 offers a discharge stomata, hollow Stirring block 25 is located at the inside of cabinet 1, and driving motor 21 works as driving motor using the decelerating motor being commercially available in the market 21 when worked, and the output shaft of driving motor 21 can drive tracheae 22 using the first wheel disc 23 and the first belt 24 It is rotated, so that the stirring block 25 on tracheae 22 be driven to be rotated, the raw material inside cabinet 1 is carried out using stirring block 25 Mixing.

Blowning installation 3 includes being welded on two curved rods 31 of 22 inner wall of tracheae and being rotatably connected on case by bearing block The shaft 32 at 1 top of body, two corresponding one end of curved rod 31 are fixedly connected by Limit Bearing 33, the inside of Limit Bearing 33 Fixing sleeve is connected to rotation axis 34, and the external fixing sleeve of rotation axis 34 is connected to flabellum 35, offers ring at the top of 34 outer wall of rotation axis Shape slot 36, the outside of tracheae 22 and the equal fixing sleeve in outside of shaft 32 are connected to the second wheel disc 37, lead between two the second wheel discs 37 The transmission connection of the second belt 38 is crossed, the second wheel disc 37 is located at the top of the first wheel disc 23, and the external fixing sleeve of shaft 32 is connected to the Three wheel discs 39, and third wheel disc 39 is located at the top of the second wheel disc 37, the annular groove 36 on third wheel disc 39 and rotation axis 34 it Between be sequentially connected by third belt 310, the diameter of the second wheel disc 37 is 37 diameter of the second wheel disc in shaft 32 on tracheae 22 Three times, when tracheae 22 is rotated, tracheae 22 will drive shaft 32 and be rotated, and the velocity of rotation of shaft 32 makes gas Three times of pipe 22, the diameter of third wheel disc 39 is five times of 36 diameter of annular groove in rotation axis 34 in shaft 32, when shaft 32 into It will drive rotation axis 34 when row rotation while being rotated, and the velocity of rotation of rotation axis 34 is 32 velocity of rotation of shaft Five times, in this way when tracheae 22 is rotated, rotation axis 34 and flabellum 35 can be simultaneously with the progress of fifteenfold speed Rotation, has the inside that a large amount of wind enters tracheae 22, subsequently into hollow stirring block when tracheae 22 is rotated in this way 25 inside is discharged from the top of hollow stirring block 25, blows to the raw material inside cabinet 1, make the position change of raw material, To make raw material mixing more evenly, the external fixing sleeve of shaft 32 is connected to locating shaft and holds 311, and positioning bearing 311 passes through two Arcuate struts 312 are fixedly connected on the top of cabinet 1, improve the support force to shaft 32 in this way, topple over shaft 32 will not, case The top on 1 right side of body is welded with feed pipe 4, and the top of feed pipe 4 is welded with loading hopper 5, the inside of feed pipe 4 and cabinet 1 Connection, feed pipe 4 are connected to the inside of loading hopper 5, and the bottom of cabinet 1 is provided with blanking device 6, and blanking device 6 includes weldering The feeder pipe 61 in 1 bottom of cabinet is connect, the internal activity of feeder pipe 61 is socketed with piston 62, and the bottom of piston 62 is welded with activity Bar 63, the two sides of feeder pipe 61 are welded with fixed block 64, and the bottom of two fixed blocks 64 is welded with fixed ring 65, motion bar 63 inside offers circular hole, and movable sleeve is connected to fixed link 66 in 63 inner circular aperture of motion bar, and the both ends of fixed link 66 are lived respectively The dynamic inside for being socketed in two fixed rings 65, when the both ends of fixed link 66 are actively socketed on the inside of two fixed rings 65 respectively When, the position of motion bar 63 can be fixed, so that piston 62 be fixed, feeder pipe 61 is sealed, fixation is worked as It when the both ends of bar 66 are separated with two fixed rings 65, can change the position of motion bar 63, so as to which piston 62 is removed, Feeder pipe 61 is set to be normally carried out blanking, the right end of fixed link 66 is welded with ring-shaped handle 67.

Working principle: when driving motor 21 is worked, tracheae 22 and flabellum 35 is will drive while being rotated, in this way Make hollow stirring block 25 while being stirred, can blow upwards, using the power of air blowing to hollow 25 top of stirring block Feed location is changed, so that it is more uniform to mix raw material.

Claims

1. a kind of coarse grain tea pellet production raw material blending device, including cabinet (1), it is characterised in that: the top of the cabinet (1) It is provided with agitating device (2) and blowning installation (3)；

The agitating device (2) includes being fixedly connected on the driving motor (21) at the top of cabinet (1) and being rotatably connected on cabinet (1) position connecting at the top of internal tracheae (22), the tracheae (22) and cabinet (1) is provided with bearing, the driving motor (21) the equal fixing sleeve in outside of the outside of output shaft and tracheae (22) is connected to first round disk (23), two first wheel discs (23) it is sequentially connected between by the first belt (24), first wheel disc (23) is located at the top of cabinet (1), the tracheae (22) outside weldings have hollow stirring block (25), and the hollow stirring block (25) is located at the inside of cabinet (1)；

The blowning installation (3) includes being welded on two curved rods (31) of tracheae (22) inner wall and rotating by bearing block to connect Connect the shaft (32) at the top of cabinet (1), the corresponding one end of two curved rods (31) connects by the way that Limit Bearing (33) are fixed It connects, the inside fixing sleeve of the Limit Bearing (33) is connected to rotation axis (34), and the external fixing sleeve of the rotation axis (34) is connected to Flabellum (35) offers annular groove (36) at the top of rotation axis (34) outer wall, the outside of the tracheae (22) and shaft (32) the equal fixing sleeve in outside is connected to the second wheel disc (37), is passed between two second wheel discs (37) by the second belt (38) Dynamic connection, second wheel disc (37) are located at the top of the first wheel disc (23), and the external fixing sleeve of the shaft (32) is connected to the Three wheel discs (39), and third wheel disc (39) is located at the top of the second wheel disc (37), the third wheel disc (39) and rotation axis (34) On annular groove (36) between by third belt (310) be sequentially connected.

2. a kind of coarse grain tea pellet production raw material blending device according to claim 1, it is characterised in that: the shaft (32) external fixing sleeve is connected to locating shaft and holds (311), and the positioning bearing (311) is fixed by two arcuate struts (312) It is connected to the top of cabinet (1).

3. a kind of coarse grain tea pellet production raw material blending device according to claim 1, it is characterised in that: the cabinet (1) top on the right side of is welded with feed pipe (4), is welded with loading hopper (5) at the top of the feed pipe (4).

4. a kind of coarse grain tea pellet production raw material blending device according to claim 1, it is characterised in that: the cabinet (1) bottom is provided with blanking device (6), and the blanking device (6) includes the feeder pipe (61) for being welded on cabinet (1) bottom, The internal activity of the feeder pipe (61) is socketed with piston (62), and the bottom of the piston (62) is welded with motion bar (63), institute The two sides for stating feeder pipe (61) are welded with fixed block (64), and the bottom of two fixed blocks (64) is welded with fixed ring (65), the inside of the motion bar (63) offers circular hole, and movable sleeve is connected to fixed link in motion bar (63) inner circular aperture (66), the both ends of the fixed link (66) are actively socketed on the inside of two fixed rings (65) respectively.

5. a kind of coarse grain tea pellet production raw material blending device according to claim 4, it is characterised in that: the fixed link (66) right end is welded with ring-shaped handle (67).

6. a kind of coarse grain tea pellet production raw material blending device according to claim 1, it is characterised in that: the cabinet (1) there are two supporting legs for bottom setting, and two supporting legs are symmetrically distributed in the two sides of cabinet (1) bottom.