CN209348799U

CN209348799U - Food flour mill

Info

Publication number: CN209348799U
Application number: CN201821871226.9U
Authority: CN
Inventors: 杨昊山
Original assignee: Nanjing Chuanyuan Food Co Ltd
Current assignee: Nanjing Chuanyuan Food Co Ltd
Priority date: 2018-11-13
Filing date: 2018-11-13
Publication date: 2019-09-06
Anticipated expiration: 2028-11-13

Abstract

The utility model relates to a kind of food flour mills, including the cabinet that is milled, feed inlet, discharge port, driving machine, bobbing machine, sieve, be milled arbor, U-lag is offered inside the milling arbor, the U-lag both ends are divided into the end A and the end B, the end the U-lag A and milling arbor are coaxially connected, the milling arbor is externally provided with air blower, the output end of the air blower is rotatablely connected by pipeline and the end U-lag A, the lower end of flour mill screw shaft is equipped with sieve, the utility model devises air blower, have the function of in time radiating to flour mill screw shaft, reduce the possibility of milling arbor damage, improve the effect of stable equipment operation.

Description

Food flour mill

Technical field

The utility model relates to food processing machinery technical fields, more particularly, to a kind of food flour mill.

Background technique

Flour mill is widely used in the grinding processing of mineral products material in the fields such as metallurgy, building materials, chemical industry, mine.According to The fineness of institute's grind materials and the fineness of discharging material, flour mill can divide longitudinal swinging pulverizer, high-pressure overhang roll milling machine, high-pressure micronizer Powder machine, straight-through centrifugal disintegrator powder machine, super-pressure trapezoidal milling six kinds of machine, tricyclic middling speed flour mill flour mill types.

Notification number is that the Chinese patent of CN205109837U discloses a kind of flour mill, including flour mill cabinet, feed inlet, Discharge port, rotation arbor, bobbing machine and driving machine, be milled the rotation of arbor of being milled in cabinet by the rotate driving of driving machine, Material is clayed into power shape, is finally come out from discharge port.

But when the work of this flour mill, flour mill screw shaft persistently rotate and with material frictional heating, and be milled It cannot radiate in cabinet, lead to the lasting rising of temperature, reduce the service life of flour mill.

Utility model content

The purpose of the utility model is to provide food flour mills, its advantage is that: mill can be extended to milling arbor heat dissipation The service life of powder machine.

The foregoing invention purpose of the utility model has the technical scheme that a kind of food milling Machine, including milling cabinet, feed inlet, discharge port, driving machine, bobbing machine, sieve, milling arbor, are opened inside the milling arbor Equipped with U-lag, the U-lag both ends are divided into the end A and the end B, and the end the U-lag A and milling arbor are coaxially connected, the flour mill Axis is externally provided with air blower, and the output end of the air blower is rotatablely connected by pipeline and the end U-lag A.

By using above-mentioned technical proposal, when flour mill works, operator starts air blower, and the wind that air blower comes out is from U The end A of shape slot enters and brings out from B, to form a circulating current in U-lag, plays one to milling arbor drop The effect of temperature, reduction cause the service life of shortening flour mill since temperature is excessively high.

The utility model is further arranged to: the sieve is by A plate and B board group at equipped with sky among the A plate and B plate Chamber is A plate close to the milling arbor, offers several first through hole on the A plate, is B plate, institute far from the milling arbor It states and offers several second through-holes on B plate, the size of the first through hole is greater than the second through-hole.

It will drive sieve when bobbing machine works by using above-mentioned technical proposal and vibrate together, it is bigger than first through hole size Material stay on A plate, the material for being greater than the second clear size of opening less than first through hole stays between A plate and B plate, logical less than second The material of pore size is gone out by the second through-hole from discharge port, and the screening of first through hole and the second through-hole reduces the sieve of operator Workload is selected, is improved work efficiency.

The utility model is further arranged to: being equipped with an opening close to one end of B plate described in discharge port, the opening is leaned on It is hinged with one piece of closed plate on nearly discharge port one end, several second through-holes are also offered in the closed plate, far from described hinged Point one end is fixed by snap on B plate, and the closed plate is located at close to discharge port one end.

By using above-mentioned technical proposal, can be passed through from closed plate by the material of the second through-hole, not over second The material of through-hole will be put aside together, finally be opened and be buckled by operator, and closed plate is opened, and material first comes out from opening, finally Come out in discharge port, be collected into feed inlet together and carry out secondary grinding, buckle facilitate to the material saved bit by bit in cavity into Row cleaning, reduces the accumulation of material in cavity.

The utility model is further arranged to: the milling cabinet side is connected with bracket, is placed with rubber on the bracket Offset plate, bobbing machine are placed on the rubber slab.

By using above-mentioned technical proposal, when bobbing machine works on bracket, rubber slab can play the role of damping, subtract Few loosening that each part on milling cabinet is caused due to vibrating.

The utility model is further arranged to: being set as inverted trapezoidal on the discharge port.

By using above-mentioned technical proposal, the one side opening close to milling chassis bottom is small, far from milling chassis bottom Opening is big on one side, when finished product comes out from discharge port, finished product from be open it is small to opening it is big while, the face passed through is got over Come bigger, space is also increasing, can effectively reduce blockage problem.

The utility model is further arranged to: the sieve is embedded with magnet, and the sieve is tilted down towards discharge port Setting.

By using above-mentioned technical proposal, strong magnet effectively to the absorption of iron filings, reduces iron filings and drops out together with material The possibility come, tilts down sieve the finished product close to discharge port one end is affected by gravity down and be easier to fall.

The utility model is further arranged to: the milling cabinet side is equipped with elevator, the output end of the elevator It is arranged above feed inlet.

By using above-mentioned technical proposal, function is promoted to the material lifting not over first through hole to discharge port, energy Secondary grinding is carried out to material, reduces artificial operation.

The utility model is further arranged to: the milling cabinet offers third through-hole close to sieve side, and described Threeway hole is located at side of the A backboard from B plate, and the third through-hole is connect with elevator input terminal.

The input terminal of elevator will be fallen on by vibration not over the material of first through hole by using above-mentioned technical proposal, By elevator by material lifting to feed inlet, material comes back in milling cabinet by feed inlet and is ground, and reduces people Work operation, improves work efficiency.

In conclusion advantageous effects of the invention are as follows:

The utility model can to milling arbor radiate in time, can to milling arbor heat dissipation, reduce milling arbor because The possibility that temperature is excessively high and damages.

Detailed description of the invention

Fig. 1 is the overall structure diagram of the present embodiment；

Fig. 2 is the structural schematic diagram of milling cabinet inside in the present embodiment；

Fig. 3 is the structural schematic diagram that Fig. 2 is used for sieve；

Fig. 4 is the enlarged drawing in the portion A in Fig. 3；

Fig. 5 is the structural schematic diagram that the present embodiment is used to embody sieve.

Appended drawing reference: 1, be milled cabinet；11, bobbing machine；12, third through-hole；2, feed inlet；3, discharge port；4, driving machine； 5, sieve；51, A plate；511, first through hole；521, the second through-hole；52, B plate；54, it is open；541, closed plate；56, magnet；6, Be milled arbor；61, U-lag；611, the end A；612, the end B；7, air blower；8, bracket；81, rubber slab；9, elevator；91, it inputs End；92, output end.

Specific embodiment

Below in conjunction with attached drawing, invention is further described in detail.

Embodiment: a kind of food flour mill, such as Fig. 2 and Fig. 4, including the milling arbor being set to inside milling cabinet 1 6, be milled arbor 6 inside offer U-lag 61, U-lag 61 can flow in slot for air, and 61 both ends of U-lag are divided into the end A 611 with the end B 612, the end U-lag 61A 611 and milling arbor 6 it is coaxially connected, be milled 1 outer wall of cabinet be placed with air blower 7, air blast The output end 92 of machine 7 is rotatablely connected by pipeline and the end U-lag 61A 611, and operator, which starts air blower 7, allows air-flow from the end A 611 Into, air-flow passes through U-lag 61 and comes out from the end B 612, when the arbor 6 that is milled rotates, meeting frictional heat generation, at this time in U-lag 61 Air-flow can cool down to milling arbor 6, reduce and since temperature is excessively high shorten the possibility of flour mill service life.

Such as Fig. 2 and Fig. 3, it is A plate 51 close to milling arbor 6 that sieve 5, which includes A plate 51 and B plate 52, is far from milling arbor 6 B plate 52 has cavity 53 between two plates, material can be stored in cavity 53, several first through hole 511 are offered on A plate 51, and It is provided in round, several second through-holes 521 is offered on B plate 52, the second through-hole 521 is also configured as circle, and be milled 1 outer wall of cabinet It is fixedly connected with bracket 8, bobbing machine 11 is placed on bracket 8, bobbing machine 11 can vibrate sieve 5, than first through hole 511 The big material of size stays on A plate 51, and the material for being greater than 521 size of the second through-hole less than first through hole 511 stays in A plate 51 and B Between plate 52, the material less than 521 size of the second through-hole is gone out by the second through-hole 521 from discharge port 3, is remained in order to prevent Feed blocking sieve 5 between two plates is equipped with an opening 54 on the B plate 52 close to 3 one end of discharge port, close in opening 54 3 one end of discharge port is hinged with one piece of closed plate 541, and the other end is connected on B plate, and closed plate 541 is rectangle, closed plate 541 On offer several second through-holes 521, stay in material between two plates by operator and open closed plate 541, allow material from opening 54 come out, and finally collect from discharge port 3 together and pour into feed inlet 2, carry out secondary grinding, and the material stayed on A plate can quilt Vibration is fallen, and shake the material waste fallen in order to prevent, is offered third through-hole 12 close to 5 side of sieve in milling cabinet 1, is being ground Elevator 9 is placed on the outside of powder cabinet 1, third through-hole 12 is connect with the input terminal of elevator 9, and shake the material fallen machine to be lifted 9 input terminal is transmitted to output end, output end above feed inlet 2, in this way from output end come out material just again be sent into Material mouth 2 is entered in milling cabinet 1 by feed inlet 2, grinds again to material, reduce the workload of operator, improve Working efficiency mixes iron filings in material in order to prevent, is embedded with magnet 56 in sieve 5, A plate 51 and B plate 52 are towards discharge port 3 Setting is tilted down, when bobbing machine 11 vibrates, material is deposited on A plate 51 and B plate 52 close to discharge port 3 by gravity One end, magnet 56 effectively to the absorption of iron filings, reduce the possibility that iron filings and material drop out from discharge port 3 together.

Such as Fig. 1 and Fig. 3, it is placed with rubber slab 81 on bracket 8, the shape of rubber slab 81 is identical as the shape size of bracket 8, And bobbing machine 11 is placed on rubber slab 81, when bobbing machine 11 works on bracket 8, rubber slab 81 can play the work of damping With reduction causes the loosening of each part on milling cabinet 1 due to vibrating.

Such as Fig. 3, it is set as inverted trapezoidal on discharge port 3, the one side mouth close to milling 1 bottom of cabinet is small, far from milling cabinet 1 The one side mouth of bottom is big, when finished product comes out from discharge port 3, finished product from mouth it is small to mouth it is big while, the face passed through Increasing, space is also increasing, can effectively reduce blockage problem.

Operating procedure: operator opens driving machine 4 and driving machine 4 is made to drive rotation arbor rotation, rotates the rotation of arbor Material will be ground, and the material come be ground by sieve 5, operator open bobbing machine 11 can to A plate 51 and B plate 52 into Row vibration, A plate 51 and B plate 52 can screen the material of grinding, will periodically carry out not over the material of the second through-hole 521 Cleaning, operator open elevator 9, and elevator 9 is collected the material not over first through hole 511 and is put into discharge port 3 Secondary grinding is carried out, operator opens air blower 7, so that entering from the wind energy that air blower 7 comes out from the end A 611, the end B 612 goes out Come, form continual air-flow in U-lag 61, cools down to milling arbor 6, operator opens bobbing machine 11 can be to sieve 5 are vibrated, and are finally ground in from discharge port 3 to milling cabinet 1 again.

The embodiment of present embodiment is presently preferred embodiments of the present invention, not limits protection of the invention according to this Range, therefore: the equivalence changes that all structures under this invention, shape, principle are done, should all be covered by protection scope of the present invention it It is interior.

Claims

1. a kind of food flour mill, including food milling cabinet (1), feed inlet (2), discharge port (3), driving machine (4), vibration Motivation (11), sieve (5), food milling arbor (6), it is characterised in that: offered inside food milling arbor (6) U-lag (61), U-lag (61) both ends are divided into the end A (611) and the end B (612), U-lag (61) end A (611) and food With milling arbor (6) it is coaxially connected, the food be milled arbor (6) be externally provided with air blower (7), the air blower (7) it is defeated Outlet is rotatablely connected by pipeline and U-lag (61) end A (611).

2. food flour mill according to claim 1, it is characterised in that: the sieve (5) is by A plate (51) and B plate (52) it forms, is equipped with cavity (53) among the A plate (51) and B plate (52), be A plate close to food milling arbor (6) (51), several first through hole (511) are offered on the A plate (51), are B plate (52) far from food milling arbor (6), Several second through-holes (512) are offered on the B plate (52), the size of the first through hole (511) is greater than the second through-hole (512).

3. food flour mill according to claim 2, it is characterised in that: close to the one of discharge port (3) described B plate (52) End is equipped with an opening (54), and the opening (54) is hinged with one piece of closed plate (541) on discharge port (3) one end, described Also several second through-holes (512) are offered in closed plate (541), it is fixed by snap in B plate far from described hinge joint one end (52) on, the closed plate (541) is located at close to discharge port (3) one end.

4. food flour mill according to claim 1, it is characterised in that: the food is connected with milling cabinet (1) side It is connected to bracket (8), is placed with rubber slab (81) on the bracket (8), bobbing machine (11) is placed on the rubber slab (81).

5. food flour mill according to claim 1, it is characterised in that: be set as inverted trapezoidal on the discharge port (3).

6. food flour mill according to claim 1, it is characterised in that: the sieve (5) is embedded with magnet (56), institute It states sieve (5) and tilts down setting towards discharge port (3).

7. food flour mill according to claim 1, it is characterised in that: the food is set with milling cabinet (1) side Have elevator (9), the output end setting of the elevator (9) is above feed inlet (2).

8. food flour mill according to claim 2, it is characterised in that: the food is with milling cabinet (1) close to sieve Net (5) side offers third through-hole (12), and the third through-hole (12) is located at the side that A plate (51) deviate from B plate (52), described Third through-hole (12) is connect with elevator (9) input terminal.