CN203955285U - A kind of novel five cereals flour mill - Google Patents
A kind of novel five cereals flour mill Download PDFInfo
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- CN203955285U CN203955285U CN201420312648.8U CN201420312648U CN203955285U CN 203955285 U CN203955285 U CN 203955285U CN 201420312648 U CN201420312648 U CN 201420312648U CN 203955285 U CN203955285 U CN 203955285U
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Abstract
For solving the problem of existing flour mill operating process very complicated, the utility model provides a kind of novel five cereals flour mill.Comprise casing, hopper, cut and stir cutter head, crowded storehouse, grinding storehouse, crowded grinding machine structure, power transmission shaft, drive motors and the flour extraction pipe of grinding; Drive motors is arranged in casing; Squeezing grinding machine structure is arranged in grinding Ji Jinian storehouse, storehouse; Power transmission shaft comprises first end and the second end, and first end connects drive motors, and the second end through grinding Cang Jijiniancang, enters in hopper successively; Cut and stir on the second end that cutter head is arranged on the power transmission shaft stretching in hopper, rotate with power transmission shaft.The novel five cereals flour mill that the utility model provides, be different from the flour mill of existing horizontal design, but adopt vertical design, simplify the operating process of flour mill, make user in use without grasping special using skill, watch complicated description or professor professional just can use this novel five cereals flour mill without user, be easier to be accepted by market.
Description
Technical field
The utility model relates to flour mill field, especially refers to various five cereals to carry out the field of abrasive dust.
Background technology
Along with the raising day by day of people's living standard, functional requirement for nutrition is also higher, therefore, and the current nutrient powder of various five cereals on sale on the market, therefore, grind the flour mill that obtains this nutrient powder also by Ge great nutrient powder manufacturer, supermarket or family are paid close attention to.
At present, traditional flour mill is generally horizontal design, and it squeezes broken, core component grinding mechanism that grind (or claim squeeze grinding machine structure) and is horizontally mounted on a power transmission shaft, and this power transmission shaft is horizontally disposed motor and is fixedly connected with same; Hopper is vertically arranged on the grinding mechanism of this flour mill, and polished needs five cereals are sent in this grinding mechanism, and squeezed breakdown mill becomes powder.This grinding mechanism generally comprises and squeezes broken cutter head, squeezes and grind tooth cover, moving abrasive disc and quiet abrasive disc.This squeezes broken cutter head and overlaps for five cereals are crowded broken with the crowded tooth that grinds, and moves abrasive disc and quiet abrasive disc and is responsible for the five cereals after crowded broken to grind to form less powder.
But, in use there is variety of issue in this kind of flour mill at present, well-known, for grinding the nutrient powder that possesses specific function, need to add the raw material of corresponding five cereals, size, the type etc. of various five cereals is all different, divides by size, has in pelletized form, such as sesame, beans etc., being of having is block, sheet, such as various apple dry plates, red date dry plate, mountain, Huaihe River dry plate and walnut etc.General five cereals can be divided into by type containing carbohydrate (as red date dry plate, apple dry plate), containing oils (as sesame, walnut), starch based (as mountain, Huaihe River dry plate, beans) etc.
But, existing flour mill generally can not disposablely go out mixed grain-rice nutrient grinding, first, if the disposable raw material by each five cereals is poured in hopper, five cereals will be according to granular size layering, first little particle sesame, beans etc. are ground, then regrind other sheet or block raw material, inhomogeneous by making to grind the nutrient powder of coming like this.Secondly, because different five cereals granular sizes is different, when between the quiet abrasive disc in grinding mechanism and moving abrasive disc, motion is ground mutually, when the five cereals of variant granular size are ground, gap between quiet abrasive disc and moving abrasive disc is not identical, need to carry out manual adjustments.What three, some oils raw material ground in process crowded broken, that grind is not powder, but easily fuel-displaced, agglomerating, and saccharide raw material is easily because the high temperature of friction causes burning into piece, and starch materials is without the problems referred to above.For solution is broken off relations this problem, general existing mode is the process through twice abrasive dust by five cereals, preliminary grinding for the first time, each five cereals are sent into separately respectively in flour mill and (can not disposablely be poured in hopper), first wear into compared with granule, after then the more short grained five cereals that grind for the first time being mixed, again send in flour mill and refine, and regulate in flour mill the gap between moving abrasive disc and quiet abrasive disc, finally grind nutrient powder.Four, the gap between quiet abrasive disc and moving abrasive disc is in the process regulating, be difficult for control, excesssive gap, the nutrient powder particle grinding is larger, gap is less, direct friction between quiet abrasive disc and moving abrasive disc, noise is very large, will cause heat to produce rapidly, when serious, even iron filings are cut, enter in nutrient powder, so, grind like this nutrient powder of coming unfavorable to human body on the contrary.And due to friction bad student amount of heat, carbohydrate five cereals are easily burnt into piece, are attached between moving abrasive disc and quiet abrasive disc, further strengthen friction, and moving abrasive disc and quiet abrasive disc are damaged.
The abrasive dust effect that visible existing flour mill will reach, generally need be through 2 abrasive dust processes, and its operating process very complicated grinds the nutriment taking and be prone to the problem of fuel-displaced agglomerating, the phenomenon that sinters piece into,
Utility model content
For solving the problem of existing flour mill operating process very complicated, the utility model provides a kind of novel five cereals flour mill.
The novel five cereals flour mill that the utility model embodiment provides, comprises casing, hopper, cuts and stir cutter head, crowded storehouse, grinding storehouse, crowded grinding machine structure, power transmission shaft, drive motors and the flour extraction pipe of grinding;
Described grinding storehouse, crowded stone roller storehouse and hopper are arranged on described casing top from bottom to up successively; Described flour extraction pipe, bottom, described grinding storehouse is installed, communicates with described grinding storehouse;
Described drive motors is arranged in described casing; Described crowded grinding machine structure is arranged in Ji Jinian storehouse, described grinding storehouse;
Described power transmission shaft comprises first end and the second end, and described first end connects described drive motors, and the second end through described grinding storehouse and described crowded stone roller storehouse, enters in described hopper successively;
Wherein, described in cut and stir on the second end that cutter head is arranged on the described power transmission shaft stretching in hopper, rotate with described power transmission shaft.
The novel five cereals flour mill that the utility model embodiment provides, be different from the flour mill of existing horizontal design, but adopt vertical design, set gradually from top to bottom hopper, squeeze and grind storehouse, grinding storehouse, and above-mentioned parts are arranged on the casing of below, and arrange a power transmission shaft being connected with drive motors successively through grinding storehouse, squeeze and grind storehouse and enter in hopper, and all stirred to cutter head be arranged on the rotating shaft stretching in this hopper.In the time that needs carry out abrasive dust, only need pour in hopper disposable the raw material of all five cereals, stir cutter head owing to having installed additional to cut in this hopper, can in hopper, in advance raw material larger particle be shredded, and all kinds of carbohydrates, oils, starch based five cereals are mixed.After mixing send into squeeze grind squeeze in storehouse broken, grind; The disposable Powdered nutrient powder mixing that each five cereals raw material is worn into.Adopt this kind of disposable mode grinding, owing in advance each oils, carbohydrate, starch based being mixed, can effectively prevent that the phenomenon that oils five cereals are fuel-displaced, carbohydrate five cereals are agglomerating from occurring.More even by cutting the granular size of stirring after cutter head, therefore, enter that to squeeze in grinding machine structure the five cereals particle between moving abrasive disc and quiet abrasive disc also relatively even, gap between suitable moving abrasive disc and quiet abrasive disc is set while only needing initial use, during without each use, all manual adjustments is moved the gap between abrasive disc and quiet abrasive disc, suitable gap arranges the phenomenon that also makes there will not be moving abrasive disc and quiet abrasive disc direct friction, extend the service life of this novel five cereals flour mill, also iron filings can not cut and get off to be doped in nutrient powder.Its nutrient powder grinding is meticulousr, ultra micro.In sum, disclosed this kind of novel five cereals flour mill of the utility model, simplify the operating process of flour mill, make user in use without grasping special using skill, watch complicated description or professor professional just can use this novel five cereals flour mill without user, be easier to be accepted by market.
Preferably, described crowded grinding machine structure comprises crowded device, crowded tooth cover, moving abrasive disc and the quiet abrasive disc of grinding of grinding;
Described crowded stone roller device comprises that the spiral that is positioned at the moving mill seat of bottom and the band stone roller axis hole that center protrudes upward from described moving mill seat grinds head; Described spiral grinds head and is provided with spiral external tooth; Described crowded stone roller device is arranged on described power transmission shaft by a described stone roller axis hole;
Described crowded stone roller tooth cover is fixed in described crowded stone roller storehouse, is enclosed within described spiral and grinds outside head; It is upper that described moving abrasive disc is fixed on described moving mill seat, and described quiet abrasive disc is fixed on the inwall of described grinding storehouse.
Preferably, described crowded stone roller storehouse comprises that one has seat outside the crowded stone roller storehouse of hollow bulb, lower ending opening, in described crowded stone roller tooth cover is fixed in described crowded stone roller the storehouse outside; The rotating grinding head of described crowded stone roller device is assemblied in described crowded stone roller tooth cover; Meanwhile, this squeezes and grinds the axial transmission axis hole that is provided with of seat outside storehouse;
Wai Zuo top, described crowded stone roller storehouse is formed with material seat mounting groove, and a hopper holder is arranged in described material seat mounting groove;
The shaft core position of described material seat mounting groove is the recessed bearing mounting groove that is formed with also, and a ceramic bearing is arranged in described bearing mounting groove;
Described hopper is arranged on described hopper holder;
In described hopper holder, be formed centrally the cutter head mounting groove of indent, and be provided with dustproof boss in the center of described cutter head mounting groove;
Described dustproof boss is provided with a dust excluding plate;
The second end of described power transmission shaft passes outside described crowded stone roller storehouse and stretches in described hopper holder after the transmission axis hole on seat, described ceramic bearing;
Described cutting stirred cutter head and is arranged in described cutter head mounting groove, is provided with fixed screw and cuts described in passing after stirring cutter head and dust excluding plate and be threaded with the second end of described power transmission shaft, and described cutting stirred on the second end that cutter head is arranged on described power transmission shaft;
Meanwhile, described hopper holder is provided with hopper feed opening, and outside described crowded stone roller storehouse, the upper correspondence of seat is provided with to squeeze and grinds storehouse feeding mouth; Described hopper feed opening and the crowded storehouse feeding mouth that grinds are communicated with hopper and described crowded stone roller storehouse.
Preferably, outside described crowded stone roller storehouse, seat is provided with the valve slot stretching into hollow bulb from lateral wall; This valve slot communicates with described crowded stone roller storehouse feeding mouth;
In described valve slot, be provided with the electronic valve that can pull and push to open or close described crowded stone roller storehouse feeding mouth.
Preferably, described grinding storehouse comprise be arranged on the discoid quiet mill seat on top, the discoid grinding storehouse base that is arranged on the grinding storehouse sleeve at middle part and is arranged on bottom forms;
Described quiet abrasive disc, moving abrasive disc and described moving mill seat are all accommodated in described grinding storehouse;
Described quiet abrasive disc is fixed by screws on described quiet mill seat lower surface;
Described moving abrasive disc is fixed by screws on described moving mill seat upper surface;
Described grinding storehouse base is provided with meal outlet, and described flour extraction pipe communicates with described meal outlet.
Preferably, described moving mill seat lower surface is provided with doctor blade and some heat radiation reinforcements.
Preferably, the number of described heat radiation reinforcement is 4-8, and the height of each heat radiation reinforcement is 10-18mm, and width is 2-4mm.
Preferably, also comprise a water-cooling system; Described water-cooling system comprises a refrigeration system, water pump, external water pipe and cooling water pipe group;
Described water pump is communicated with external water pipe; Described water pump is connected with described refrigeration system by refrigeration system oral siphon;
In described grinding storehouse, be provided with the anti-leak circulation waterway of sealing;
Described refrigeration system is by described cooling water pipe group and described anti-leak circulation waterway.
Preferably, between described quiet abrasive disc and described quiet mill seat, be provided with two O-ring seals; Between described two O-ring seals, form described anti-leak cyclic water channel;
Described quiet mill seat is provided with the cooling water gateway communicating with described anti-leak cyclic water channel, and described cooling water gateway communicates with described cooling water pipe group.
Preferably, described casing has the base that supports this casing, and this base has some feets;
Described casing is provided with and connects powder platform, and the outlet of described flour extraction pipe extends to this powder delivery platform top;
One connects powder container connects on powder platform described in being arranged on, the nutrient powder of discharging from described flour extraction pipe with splendid attire.
Brief description of the drawings
Fig. 1 is the flour mill point de-assembly schematic diagram providing in the utility model detailed description of the invention;
Fig. 2 is the flour mill schematic perspective view after the assembling providing in the utility model detailed description of the invention;
Fig. 3 is the flour mill generalized section providing in the utility model detailed description of the invention;
Fig. 4 is the three-dimensional enlarged diagram of stone roller material cover holder providing in the utility model detailed description of the invention;
Fig. 5 is that cutting of providing in the utility model detailed description of the invention stirred cutter head assembling enlarged diagram;
Fig. 6 is the crowded mill structure decomposing schematic representation providing in the utility model detailed description of the invention;
Fig. 7 is that the crowded stone roller tooth providing in the utility model detailed description of the invention overlaps three-dimensional enlarged diagram;
Fig. 8 is the three-dimensional enlarged diagram of moving abrasive disc providing in the utility model detailed description of the invention;
Fig. 9 is the three-dimensional enlarged diagram of crowded stone roller device providing in the utility model detailed description of the invention;
Figure 10 is that the crowded stone roller device master who provides in the utility model detailed description of the invention looks schematic diagram;
Figure 11 is that the flour extraction pipe providing in the utility model detailed description of the invention is arranged on the schematic diagram grinding on the base of storehouse;
Figure 12 is the power transmission shaft assembling enlarged diagram providing in the utility model detailed description of the invention.
Wherein, 1, casing; 2, hopper; 3, squeeze and grind storehouse; 4, grind storehouse; 5, power transmission shaft; 6, refrigeration system; 7, water pump; 8, drive motors; 9, squeeze grinding machine structure; 11, connect powder platform; 12, control circuit board; 13, button group; 14, feet; 15, connect powder container; 16, base; 21, material lid; 22, cut and stir cutter head; 23, hopper holder; 231, cutter head mounting groove; 232, dustproof boss; 233, hopper feed opening; 24, dust excluding plate; 25, ceramic bearing; 26, fixed screw; 31, squeeze and grind seat outside storehouse; 310, electronic valve; 311, material seat mounting groove; 312, bearing mounting groove; 313, transmission axis hole; 314, valve slot; 315, squeeze and grind storehouse feeding mouth; 41, quiet mill seat; 42, grind storehouse sleeve; 43, grind storehouse base; 431, meal outlet; 44, flour extraction pipe; 51, dust-proof seal ring; 52, thrust bearing; 53, bearing fixed seat; 531, holder centre bore; 54, cut and stir cutter head installation shaft; 55, spiral grinds head; 56, sealing ring installation step; 57, bearing step; 58, connecting axle; 581, keyhole; 59, bulge; 61, refrigeration system oral siphon; 62, cooling water pipe group; 71, external water pipe; 81, motor fixing base; 91, squeeze and grind tooth cover; 92, quiet abrasive disc; 93, moving abrasive disc; 94, squeeze and grind device; 911, pan feeding breach; 912, interior roll flute; 913, fixture block; 931, radial teeth; 932, fixing hole; 941, spiral grinds head; 942, moving mill seat; 943, grind an axis hole; 944, spiral external tooth; 945, stage portion; 946, moving mill seat screwed hole; 947, heat radiation reinforcement; 948, doctor blade; 949, support portion.
Detailed description of the invention
Clearer for technical problem, technical scheme and beneficial effect that the utility model is solved, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein is only in order to explain the utility model, and be not used in restriction the utility model.
Embodiment 1
Novel five cereals flour mill the utility model being provided below in conjunction with Figure of description is made specific explanations explanation.
As Figure 1-3, the novel five cereals flour mill that the utility model embodiment provides, comprises casing 1, hopper 2, cuts and stir cutter head 22, crowded storehouse 3, grinding storehouse 4, crowded grinding machine structure 9 (exploded view of this crowded grinding machine structure 9 refers to Fig. 6), power transmission shaft 5, drive motors 8 and the flour extraction pipe 44 of grinding;
Described grinding storehouse 4, crowded stone roller storehouse 3 and hopper 2 are arranged on described casing 1 top from bottom to up successively; Described flour extraction pipe 44,4 bottoms, described grinding storehouse are installed, communicates with described grinding storehouse 4;
Described drive motors 8 is arranged in described casing 1; Described crowded grinding machine structure 9 is arranged on described grinding storehouse 4 and squeezes and grind in storehouse 3;
Described power transmission shaft 5 comprises first end and the second end, and described first end connects described drive motors 8, the second ends successively through described grinding storehouse 4 and described crowded stone roller storehouse 3, enters in described hopper 2;
Wherein, described in cut and stir cutter head 22 and be arranged on the second end that stretches into the described power transmission shaft 5 in hopper 2, rotate with described power transmission shaft 5.
As shown in Figure 1, hopper 2 is generally up big and down small inverted cone-shaped structure, to facilitate raw material to import, generally can also be above hopper 2 opening part of pan feeding material be set cover 21.
As shown in Figure 1, casing 1 is arranged on the bottom of whole novel five cereals flour mill, is used for supporting, being positioned at the parts of this casing 1 top position, as each grinding storehouse 4, squeeze parts such as grinding storehouse 3, hopper 2, power transmission shaft 5.Meanwhile, its inside is used for installing drive motors 8 etc.And the relevant consuming parts such as control circuit board 12 are installed therein, and on casing 1, have some wickets, button group 13 to be drawn from above-mentioned wicket, described button group 13 comprises power key, start key, Pause key, brake hard key etc.
Wherein, described casing 1 has the base 16 that supports this casing 1, and this base 16 has some feets 14.In figure, be provided with 4 feets 14, to realize steady support.Meanwhile, as preferred embodiment, as shown in Fig. 1-3, this casing 1 top divides formation recessed step-like platform, and this step-like platform is as connecing powder platform 11, and the outlet of described flour extraction pipe 44 extends to this powder delivery platform top; One connects powder container 15 connects on powder platform 11 described in being arranged on, the nutrient powder of discharging from described flour extraction pipe 44 with splendid attire.Certainly, also not necessarily extra setting connects powder container 15 and connects powder platform.
The effect of squeezing grinding machine structure 9 is that the five cereals after precrushing in hopper 2 are squeezed to broken, grinding, thereby grinds pulverous nutrient powder.In this example, do not limit to the crowded grinding machine structure 9 that adopts which kind of concrete structure, it is more that crowded grinding machine structure 9 broken and that grind is squeezed in existing middle realization, can directly adopt.As a kind of mode of preferred enforcement, in this example preferably in the following way: crowded grinding machine structure 9 decomposing schematic representations and Fig. 1 shown in Figure 6, described crowded grinding machine structure 9 comprises squeezing and grinds device 94, squeezes and grind tooth cover 91, moving abrasive disc 93 and quiet abrasive disc 92;
Wherein, Figure 7 shows that and squeeze the enlarged diagram that grinds tooth cover 91; Can find out that this squeezes stone roller tooth cover 91 is a hollow set type structure, inside is provided with interior roll flute 912, and squeeze and grind tooth and overlap 91 tops and be provided with recessed step-like pan feeding breach 911 at this, the five cereals particle after the precrushing getting off from hopper 2 enters and squeezes the spiral grinding on tooth cover 91 and follow-up crowded stone roller device 94 and grind the space between 941 through this pan feeding breach 911.This squeezes stone roller tooth cover 91 is eccentric bushing.Meanwhile, be also provided with some fixture blocks 913 in this lower edges of squeezing stone roller tooth cover 91, can easily this be squeezed to stone roller tooth cover 91 by this fixture block 913 and be fitted into crowded stone roller in storehouse 3.Existing crowded stone roller tooth cover 91 is horizontal positioned, in order to expect that importing this squeezes in stone roller tooth cover 91, the lateral wall that squeezes stone roller tooth cover 91 need be cut away to larger breach (approximately 1/4th to 1/3rd arc on circular cross section), cause squeezing stone roller tooth cover 91 and grind a 941 relative acting areas minimizing with the spiral squeezing in stone roller device 94, reduced abrasive dust efficiency.And only overlap 91 tops at crowded stone roller tooth in this example, recessed step-like pan feeding breach 911 is set, has greatly improved the acting area of crowded stone roller tooth cover 91 and rotating grinding head, efficiency is higher.
Fig. 8 has provided a kind of enlarged diagram of moving abrasive disc 93, it is discoid that this moving abrasive disc 93Cheng center drives, on at least one surface of this moving abrasive disc 93, be provided with radial teeth different in size 931, and simultaneously, this moving abrasive disc 93 is provided with some fixing holes 932, and this fixing hole 932 can be unthreaded hole or screwed hole.So, equal the cooperation of this fixing hole 932 by screw, realization will be moved abrasive disc 93 and be arranged on following by specifically described moving mill seat 942.Certainly, in the one side of relatively grinding on quiet abrasive disc 92, radial teeth 931 also can be set, when quiet abrasive disc 92 is installed, as required, fixing hole 932 also can be set thereon.Although provide the enlarged diagram of quiet abrasive disc 92, those skilled in the art obviously also can, after the introduction of above-mentioned moving abrasive disc 93, understand the structure of quiet abrasive disc 92.In this example, can will on two surfaces of moving abrasive disc 93, radial teeth different in size 931 be all set, so, two faces can be served as abradant surface, and quiet abrasive disc 92 also can arrange equally, be about to moving abrasive disc 93 and quiet abrasive disc 92 and be arranged to same structure, such design can realize moving abrasive disc 93, quiet abrasive disc 92 is for subsequent use each other, and one side is polished damage, can use conversely another side, also simplified installation process, there will not be moving abrasive disc 93, the anti-loaded situation of quiet abrasive disc 92 simultaneously.
As shown in Figure 9, Figure 10, described crowded stone roller device 94 comprises that being positioned at spiral that the moving mill seat 942 of bottom and center protrudes upward from described moving mill seat 942 band grind an axis hole 943 grinds 941; Described spiral grinds 941 and is provided with spiral external tooth 944; Described crowded stone roller device 94 is arranged on described power transmission shaft 5 by a described stone roller axis hole 943; Between this spiral external tooth 944, can walk material, as required, the number of this spiral external tooth 944 can be set to more than 3, than as shown in FIG. 3.The width of each spiral external tooth 944 and height determine according to the intensity in practical application and grinding effect, such as width is set to 7-21mm, be highly 7-10mm, as preferred mode, general each spiral external tooth is tapered, such as, upper end tooth depth 7.23mm, wide 9.23mm, lower end tooth depth 8.87mm, wide 20.2mm.Stone roller shown in a figure axis hole 943 cross sections are polygon, for being polygonal one section with power transmission shaft 5 upper sections, (rear extended meeting is carefully stated power transmission shaft 5, follow-up both matching relationships of specific explanations again) coordinate, this crowded device 94 that grinds is arranged on power transmission shaft 5, together rotates with power transmission shaft 5.This squeezes the rotation of grinding on device 94 and makes spiral grind 941 to grind tooth cover 91 and realize mutually and rotating with squeezing, and then realization is crowded broken by five cereals, meanwhile, moving mill seat 942 drives are moved an abrasive disc 93 and are rotated, and then realize relatively rotating between moving abrasive disc 93 and quiet abrasive disc 92, realize the grinding to five cereals.This dynamic model seat has columned support portion 949, and dynamic model seat 942 is supported to certain height, makes at dynamic model seat 942 lower surfaces and grind between storehouse base 43 to form certain powder spatial accommodation.
When moving abrasive disc 93 assembles, the upper surface of this moving mill seat 942 is provided with some moving mill seat screwed holes 946, and this moving mill seat screwed hole 946 coordinates with corresponding fixing hole 932 on moving abrasive disc 93, will move abrasive disc 93 be fixed on this moving mill seat 942 by screw etc.Meanwhile, form a stage portion 945 in these moving mill seat 942 centers and spiral stone roller 941 intersection, this stage portion 945 can be sent into the five cereals after crowded broken from center and send between moving abrasive disc 93 and quiet abrasive disc 92 more easily.Five cereals powder after moving abrasive disc 93 and 92 grindings of quiet abrasive disc, from week along throwing away, is fallen into the space of moving mill 942 below.
As the mode of preferred enforcement, described moving mill seat 942 lower surfaces are provided with doctor blade 948 and some heat radiation reinforcements 947.This doctor blade 948 can scrape off sticking on the five cereals powder grinding on 4 madial walls of storehouse.This heat radiation reinforcement 947 plays the effect of heat radiation on the one hand, plays on the one hand the effect of strengthening these moving mill seat 942 rigidity.Further preferably, for increasing its radiating effect, the number of described heat radiation reinforcement 947 is 4-8, and preferably 6, the height of each heat radiation reinforcement 947 is 10-18mm, and such as 16mm, width is 2-4mm, such as 3mm.
As shown in Figure 3, described crowded stone roller tooth cover 91 is fixed in described crowded stone roller storehouse 3, is enclosed within described spiral and grinds outside 941; Described moving abrasive disc 93 is fixed on described moving mill seat 942, and described quiet abrasive disc 92 is fixed on 4 inwalls of described grinding storehouse.Moving being fixedly connected with of abrasive disc 93 done concrete introduction hereinbefore, and the fixed installation of quiet abrasive disc 92 in fact essence is consistent, and the mode that also can be threaded connection is ground 4 inside, storehouse as long as can be fixed in.So, can realize relatively rotating between moving abrasive disc 93 and quiet abrasive disc 92.Grind storehouse 3 and grind storehouse 4 and carry out in the process of specific explanations squeezing below, by the mode that is fixedly connected with of this quiet abrasive disc 92 of further refinement.
Grind storehouse 3 and hopper 2 to squeezing below, cut the installation of stirring cutter head 22 etc. and carry out refinement explanation, as Figure 1-3, described crowded stone roller storehouse 3 comprises that one has seat 31 outside the crowded stone roller storehouse of hollow bulb, lower ending opening (seat 31 enlarged diagrams crowded stone roller storehouse shown in Figure 4 outside), and described crowded stone roller tooth cover 91 is fixed on outside described crowded stone roller storehouse in 31; The rotating grinding head of described crowded stone roller device 94 is assemblied in described crowded stone roller tooth cover 91; Meanwhile, this squeezes and grinds the axial transmission axis hole 313 that is provided with of seat 31 outside storehouse;
Wai Zuo31 top, described crowded stone roller storehouse is formed with material seat mounting groove 311, one hopper holders 23 and is arranged in described material seat mounting groove 311;
The shaft core position of described material seat mounting groove 311 also recessed bearing mounting groove 312, one ceramic bearings 25 that are formed with is arranged in described bearing mounting groove 312;
Refer to Fig. 1, Fig. 4, Fig. 5, described hopper 2 is arranged on described hopper holder 23;
In described hopper holder 23, be formed centrally the cutter head mounting groove 231 of indent, this cutter head mounting groove 231 is used for holding this and cuts and stir cutter head 22, and is provided with dustproof boss 232 in the center of described cutter head mounting groove 231;
Described dustproof boss 232 is provided with a dust excluding plate 24; This dust excluding plate 24 is the lid shape structure coordinating with these dustproof boss 232 profiles, and center is provided with through hole, passes for power transmission shaft 5.
The second end of described power transmission shaft 5 passes outside described crowded stone roller storehouse and stretches in described hopper holder 23 after the transmission axis hole 313 on seat 31, described ceramic bearing 25;
Described cutting stirred cutter head 22 and is arranged in described cutter head mounting groove 231, is provided with fixed screw 26 and cuts described in passing after stirring cutter head 22 and dust excluding plate 24 and be threaded with the second end of described power transmission shaft 5, and described cutting stirred on the second end that cutter head 22 is arranged on described power transmission shaft 5;
Meanwhile, described hopper holder 23 is provided with hopper feed opening 233 (seeing Fig. 5), and outside described crowded stone roller storehouse, on seat 31, correspondence is provided with and squeezes stone roller storehouse feeding mouth 315 (seeing Fig. 4); Described hopper feed opening 233 and the crowded storehouse feeding mouth 315 that grinds are communicated with hopper 2 and described crowded stone roller storehouse 3.
As improved optimal way, as shown in Figure 4, outside described crowded stone roller storehouse, seat 31 is provided with the valve slot 314 stretching into hollow bulb from lateral wall; This valve slot 314 communicates with described crowded stone roller storehouse feeding mouth 315;
In described valve slot 314, be provided with the electronic valve 310 that can pull and push to open or close described crowded stone roller storehouse feeding mouth 315.This electronic valve 310 comprise a tabular valve and control the control piece of this valve action, and control piece can be electromagnet etc., is not limited to specific form, inserts or extracts out as long as it can achieve this valve of electronic control.Be provided with after this electronic valve 310, can within by a period of time after five cereals raw material importing barrel, first electronic valve 310 be closed, make five cereals wouldn't toward fall, but wait cutting in hopper 2 to stir cutter head 22, five cereals larger particle are smashed, and after each five cereals are mixed, just open this electronic valve 310, the five cereals after blending, mixing are fallen, enter to squeeze and grind in storehouse 3.
Carry out concrete refinement explanation to grinding storehouse 4 below, described grinding storehouse 4 comprise be arranged on the discoid quiet mill seat 41 on top, the discoid grinding storehouse base 43 that is arranged on the grinding storehouse sleeve 42 at middle part and is arranged on bottom forms;
Described quiet abrasive disc 92, moving abrasive disc 93 and described moving mill seat 942 are all accommodated in described grinding storehouse 4;
Described quiet abrasive disc 92 be threaded (passing through screw) be fixed on described quiet mill seat 41 lower surfaces; This kind of thread connecting mode also said clearly above, refinement herein the concrete structure that connects of quiet abrasive disc 92, this quiet abrasive disc 92 has been fixed on quiet mill seat 41 lower surfaces.This quiet mill seat 41 is used for installing this quiet abrasive disc 92 on the one hand, squeezes the structure of grinding storehouse 3 and grinding storehouse 4 on the one hand as separating.
Described moving abrasive disc 93 is threaded and is fixed on described moving mill seat 942 upper surfaces; Being threaded of this moving abrasive disc 93 illustrates in the preceding article, not repeat specification.
About the extraction location of flour extraction pipe 44, as long as being arranged on, it grinds position on the lower side, storehouse 4, the finished product nutrient powder after grinding can be derived, such as, as shown in Figure 1, shown in Figure 11, described grinding storehouse base 43 is provided with meal outlet 431, and described flour extraction pipe 44 communicates with described meal outlet 431.
The novel five cereals flour mill course of work that this example provides is described as follows: the each five cereals raw material configuring according to required function is poured in hopper 2; Start knob, cutting in hopper 2 stirred cutter head 22 and started rotary cutting and stir acting, cuts to stir cutter head 22 and cut and stir after setting-up time, and electronic valve 310 moves, and the five cereals after precrushing is mixed are put into squeeze and ground storehouse 3; Five cereals after precrushing squeeze grind storehouse 3 interior through spiral grind 941 with squeeze under the effect of grinding tooth cover 91, five cereals are further crushed to broken sesame shape and deliver to and grind in storehouse 4, and in grinding storehouse 4, the interior moving abrasive disc 93 through rotation grinds to form powder meticulousr, ultra micro with quiet abrasive disc 94 to five cereals.Powder granule Du Keda 80～120 orders.The super prestige, the fine powder shape nutrient powder that have mixed scrape and deliver to meal outlet 431 through doctor blade 948, and nutrient powder is naturally fallen and connect in powder container 15 through flour extraction pipe 44.
Below to the step refining explanation of advancing of being installed into of power transmission shaft 5, understand incorporated by reference to Fig. 3, Figure 12, the lower end of this power transmission shaft 5 is called first end, upper end is called the second end, and this first end is used for and drive motors 8 mechanical connections, for making to be easier to understand, claim that this first end is connecting axle 58, be cylindric, this connecting axle 58 is provided with keyhole 581, and this keyhole 581 is used for realizing the mechanical connection of power transmission shaft 5 and drive motors 8.This connecting axle 58 is up provided with the bearing step 57 larger than these connecting axle 58 1 diameters, this bearing step 57 is used for and thrust bearing 52 adaptations, thrust bearing 52 is assemblied in to this bearing step 57 places, bearing step 57 is provided with sealing ring installation step 56, one dust-proof seal rings 51 that a diameter is larger than this bearing step 57 and is arranged on sealing circle installation step 56 places.Sealing circle installation step 56 tops are provided with the bulge 59 that diameter is larger, and this bulge 59 is against and grinds on storehouse base 43.This bulge 59 is provided with cross section and is polygonal spiral stone roller head 55, squeezes stone roller device 94 and installs on this this spiral stone roller head 55, and particularly, the spiral of this polygonal cross-section stone roller head 55 passes the stone roller axis hole 943 squeezing on stone roller device 94.This spiral grinds head 55 and is the second end of power transmission shaft 5 on the net, and this second end is used for installing to cut stirring cutter head 22, for convenience of understanding, is referred to as to cut and stirs cutter head installation shaft 54 herein, and this is cut and stirs cutter head 22 and be arranged on this and cut the top of stirring cutter head installation shaft 54.
Simultaneously, refer to Fig. 3, below grinding storehouse base 43 and between above casing 1, be provided with a bearing fixed seat 53, in bearing fixed seat 53, be provided with holder centre bore 531, above-mentioned thrust bearing 52 is arranged in the holder centre bore 531 on this bearing fixed seat 53, drive motors 8 is installed for convenience, and facilitate connection for transmission axle 5 and this drive motors 8, one motor fixing base 81 is installed on casing 1, this drive motors 8 is arranged in casing 1 by this motor fixing base 81, motor fixing base 81 tops are this bearing fixed seat 53, the connecting axle 58 of power transmission shaft 5 is connected with drive motors 8 through thrust bearing 52 is rear.
The application's researcher finds in R&D process, adopts such scheme in this example, can effectively anti-stop abrasive disc 93 and quiet abrasive disc 92 between friction, reduce the generation of heat, prevent that carbohydrate five cereals from being burnt on this quiet abrasive disc 92 and moving abrasive disc 93.But it still can generating portion heat, be further to reduce the impact that heat causes, this example is further improved, and as shown in Figure 1 and Figure 2, also comprises a water-cooling system; Described water-cooling system comprises a refrigeration system 6, water pump 7, external water pipe 71 and cooling water pipe group 62;
Described water pump 7 is communicated with external water pipe 71; Described water pump 7 is connected with described refrigeration system 6 by refrigeration system oral siphon 61; The water sources such as the running water that this external water pipe 71 is direct and external are connected.Cooling water is introduced in this refrigeration system 6 by water pump 7, and 6 of refrigeration systems are imported cooling water to grind storehouse 4 and/or squeeze and grind in storehouse 3 by cooling water pipe group 62.Concrete, such as, the anti-leak circulation waterway of sealing in described grinding storehouse 4, be provided with; Described refrigeration system 6 is by described cooling water pipe group 62 and described anti-leak circulation waterway.This cooling water pipe group 62 comprises a water inlet pipe and an outlet pipe, in water inlet pipe, cooling water lower temperature is imported to anti-leak circulation waterway, and outlet pipe exports to refrigeration system 6 by the cooling water in the anti-leak circulation waterway after heating.
The object that this anti-leak circulation waterway is set is as far as possible near thermal source generation place (being quiet abrasive disc 92 and 93 frictions place of moving abrasive disc), this anti-leak circulation waterway need to ensure that its cooling water can not be released in grinding storehouse 4, prevents five cereals powder water mixing in process of lapping.Therefore, be not specifically limited to the water route of which kind of form, as long as it can play heat conduction, and possess leakage-preventing function.Such as, as a kind of preferred embodiment, between described quiet abrasive disc 92 and described quiet mill seat 41, be provided with two O-ring seals; Between described two O-ring seals, form described anti-leak cyclic water channel;
Described quiet mill seat 41 is provided with the cooling water gateway communicating with described anti-leak cyclic water channel, and described cooling water gateway communicates with described cooling water pipe group 62.Be that cooling water inlet communicates with the water inlet pipe in cooling water pipe group 62, coolant outlet communicates with the outlet pipe in cooling water pipe group 62.
Adopt above-mentioned cooling system, can effectively further quiet abrasive disc 92 and the fricative heat of moving abrasive disc 93 be derived.Prevent that burning from appearring in carbohydrate five cereals in process of lapping, agglomerating phenomenon.
The novel five cereals flour mill that the utility model embodiment provides, be different from the flour mill of existing horizontal design, but adopt vertical design, set gradually from top to bottom hopper 2, squeeze and grind storehouse 3, grinding storehouse 4, and above-mentioned parts are arranged on the casing 1 of below, and arrange a power transmission shaft 5 being connected with drive motors 8 successively through grinding storehouse 4, squeeze and grind storehouse 3 and enter in hopper 2, and all stirred to cutter head 22 be arranged on the power transmission shaft 5 stretching in this hopper 2.In the time that needs carry out abrasive dust, only need pour in hopper 2 disposable the raw material of all five cereals, lower powder is easier, stir cutter head 22 owing to having installed additional to cut in this hopper 2, can in hopper 2, in advance raw material larger particle be shredded, and all kinds of carbohydrates, oils, starch based five cereals are mixed.After mixing send into squeeze grind squeeze in storehouse 3 broken, grind; The disposable Powdered nutrient powder mixing that each five cereals raw material is worn into.Adopt this kind of disposable mode grinding, owing in advance each oils, carbohydrate, starch based being mixed, can effectively prevent that the phenomenon that oils five cereals are fuel-displaced, carbohydrate five cereals are agglomerating from occurring.More even by cutting the granular size of stirring after cutter head 22, therefore, enter that to squeeze in grinding machine structure 9 the five cereals particle between moving abrasive disc 93 and quiet abrasive disc 92 also relatively even, gap between suitable moving abrasive disc 93 and quiet abrasive disc 92 is set while only needing initial use, during without each use, all manual adjustments is moved the gap between abrasive disc 93 and quiet abrasive disc 92, suitable gap arranges the phenomenon that also makes there will not be moving abrasive disc 93 and quiet abrasive disc 92 direct friction, extend the service life of this novel five cereals flour mill, also iron filings can not cut and get off to be doped in nutrient powder.Its nutrient powder grinding is meticulousr, ultra micro.In sum, disclosed this kind of novel five cereals flour mill of the utility model, simplify the operating process of flour mill, make user in use without grasping special using skill, watch complicated description or professor professional just can use this novel five cereals flour mill without user, be easier to be accepted by market.
The foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all any amendments of doing within spirit of the present utility model and principle, be equal to and replace and improvement etc., within all should being included in protection domain of the present utility model.
Claims (10)
1. a novel five cereals flour mill, is characterized in that, comprises casing, hopper, cuts and stir cutter head, crowded storehouse, grinding storehouse, crowded grinding machine structure, power transmission shaft, drive motors and the flour extraction pipe of grinding;
Described grinding storehouse, crowded stone roller storehouse and hopper are arranged on described casing top from bottom to up successively; Described flour extraction pipe, bottom, described grinding storehouse is installed, communicates with described grinding storehouse;
Described drive motors is arranged in described casing; Described crowded grinding machine structure is arranged in Ji Jinian storehouse, described grinding storehouse;
Described power transmission shaft comprises first end and the second end, and described first end connects described drive motors, and the second end through described grinding storehouse and described crowded stone roller storehouse, enters in described hopper successively;
Wherein, described in cut and stir on the second end that cutter head is arranged on the described power transmission shaft stretching in hopper, rotate with described power transmission shaft.
2. novel five cereals flour mill according to claim 1, is characterized in that, described crowded grinding machine structure comprises crowded device, crowded tooth cover, moving abrasive disc and the quiet abrasive disc of grinding of grinding;
Described crowded stone roller device comprises that the spiral that is positioned at the moving mill seat of bottom and the band stone roller axis hole that center protrudes upward from described moving mill seat grinds head; Described spiral grinds head and is provided with spiral external tooth; Described crowded stone roller device is arranged on described power transmission shaft by a described stone roller axis hole;
Described crowded stone roller tooth cover is fixed in described crowded stone roller storehouse, is enclosed within described spiral and grinds outside head; It is upper that described moving abrasive disc is fixed on described moving mill seat, and described quiet abrasive disc is fixed on the inwall of described grinding storehouse.
3. novel five cereals flour mill according to claim 1 and 2, is characterized in that,
Described crowded stone roller storehouse comprises that one has seat outside the crowded stone roller storehouse of hollow bulb, lower ending opening, in described crowded stone roller tooth cover is fixed in described crowded stone roller the storehouse outside; The rotating grinding head of described crowded stone roller device is assemblied in described crowded stone roller tooth cover; Meanwhile, this squeezes and grinds the axial transmission axis hole that is provided with of seat outside storehouse;
Wai Zuo top, described crowded stone roller storehouse is formed with material seat mounting groove, and a hopper holder is arranged in described material seat mounting groove;
The shaft core position of described material seat mounting groove is the recessed bearing mounting groove that is formed with also, and a ceramic bearing is arranged in described bearing mounting groove;
Described hopper is arranged on described hopper holder;
In described hopper holder, be formed centrally the cutter head mounting groove of indent, and be provided with dustproof boss in the center of described cutter head mounting groove;
Described dustproof boss is provided with a dust excluding plate;
The second end of described power transmission shaft passes outside described crowded stone roller storehouse and stretches in described hopper holder after the transmission axis hole on seat, described ceramic bearing;
Described cutting stirred cutter head and is arranged in described cutter head mounting groove, is provided with fixed screw and cuts described in passing after stirring cutter head and dust excluding plate and be threaded with the second end of described power transmission shaft, and described cutting stirred on the second end that cutter head is arranged on described power transmission shaft;
Meanwhile, described hopper holder is provided with hopper feed opening, and outside described crowded stone roller storehouse, the upper correspondence of seat is provided with to squeeze and grinds storehouse feeding mouth; Described hopper feed opening and the crowded storehouse feeding mouth that grinds are communicated with hopper and described crowded stone roller storehouse.
4. novel five cereals flour mill according to claim 3, is characterized in that, outside described crowded stone roller storehouse, seat is provided with the valve slot stretching into hollow bulb from lateral wall; This valve slot communicates with described crowded stone roller storehouse feeding mouth;
In described valve slot, be provided with the electronic valve that can pull and push to open or close described crowded stone roller storehouse feeding mouth.
5. novel five cereals flour mill according to claim 4, is characterized in that, described grinding storehouse comprise be arranged on the discoid quiet mill seat on top, the discoid grinding storehouse base that is arranged on the grinding storehouse sleeve at middle part and is arranged on bottom forms;
Described quiet abrasive disc, moving abrasive disc and described moving mill seat are all accommodated in described grinding storehouse;
Described quiet abrasive disc is fixed by screws on described quiet mill seat lower surface;
Described moving abrasive disc is fixed by screws on described moving mill seat upper surface;
Described grinding storehouse base is provided with meal outlet, and described flour extraction pipe communicates with described meal outlet.
6. novel five cereals flour mill according to claim 5, is characterized in that, described moving mill seat lower surface is provided with doctor blade and some heat radiation reinforcements.
7. novel five cereals flour mill according to claim 6, is characterized in that, the number of described heat radiation reinforcement is 4-8, and the height of each heat radiation reinforcement is 10-18mm, and width is 2-4mm.
8. novel five cereals flour mill according to claim 5, is characterized in that, also comprises a water-cooling system; Described water-cooling system comprises a refrigeration system, water pump, external water pipe and cooling water pipe group;
Described water pump is communicated with external water pipe; Described water pump is connected with described refrigeration system by refrigeration system oral siphon;
In described grinding storehouse, be provided with the anti-leak circulation waterway of sealing;
Described refrigeration system is by described cooling water pipe group and described anti-leak circulation waterway.
9. novel five cereals flour mill according to claim 8, is characterized in that, between described quiet abrasive disc and described quiet mill seat, is provided with two O-ring seals; Between described two O-ring seals, form described anti-leak cyclic water channel;
Described quiet mill seat is provided with the cooling water gateway communicating with described anti-leak cyclic water channel, and described cooling water gateway communicates with described cooling water pipe group.
10. novel five cereals flour mill according to claim 8, is characterized in that, described casing has the base that supports this casing, and this base has some feets;
Described casing is provided with and connects powder platform, and the outlet of described flour extraction pipe extends to this powder delivery platform top;
One connects powder container connects on powder platform described in being arranged on, the nutrient powder of discharging from described flour extraction pipe with splendid attire.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420312648.8U CN203955285U (en) | 2014-06-12 | 2014-06-12 | A kind of novel five cereals flour mill |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420312648.8U CN203955285U (en) | 2014-06-12 | 2014-06-12 | A kind of novel five cereals flour mill |
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| CN201420312648.8U Expired - Fee Related CN203955285U (en) | 2014-06-12 | 2014-06-12 | A kind of novel five cereals flour mill |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104607271A (en) * | 2015-01-23 | 2015-05-13 | 深圳市恒德创新科技有限公司 | Pulverizer as well as grinding mechanism and grinding method thereof |
| CN107008538A (en) * | 2017-04-14 | 2017-08-04 | 广西高农机械有限公司 | A kind of small-sized corn grain stirring pulping machinery |
| CN108543598A (en) * | 2018-06-19 | 2018-09-18 | 佛山市顺德区美的洗涤电器制造有限公司 | Food refuse disposer |
| CN109569815A (en) * | 2018-11-27 | 2019-04-05 | 马鞍山迪斯福工业设计有限公司 | A kind of five cereals special grinding apparatus |
-
2014
- 2014-06-12 CN CN201420312648.8U patent/CN203955285U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104607271A (en) * | 2015-01-23 | 2015-05-13 | 深圳市恒德创新科技有限公司 | Pulverizer as well as grinding mechanism and grinding method thereof |
| CN104607271B (en) * | 2015-01-23 | 2017-03-22 | 深圳市恒达创新科技有限公司 | Pulverizer as well as grinding mechanism and grinding method thereof |
| CN107008538A (en) * | 2017-04-14 | 2017-08-04 | 广西高农机械有限公司 | A kind of small-sized corn grain stirring pulping machinery |
| CN108543598A (en) * | 2018-06-19 | 2018-09-18 | 佛山市顺德区美的洗涤电器制造有限公司 | Food refuse disposer |
| CN109569815A (en) * | 2018-11-27 | 2019-04-05 | 马鞍山迪斯福工业设计有限公司 | A kind of five cereals special grinding apparatus |
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