Tartary buckwheat whole wheat flour mixing device
By designing a whole wheat flour mixing device for buckwheat, the two feed chambers, transverse stirring device and drawer screening plate are used to achieve the screening and quantitative transportation of powder, which solves the problems of uneven mixing and poor quality, and improves the mixing efficiency and Automated production capacity.
Patent Information
- Application Number
- CN202420827171.0
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2024-04-21
- Publication Date
- 2024-12-20
- Estimated Expiration
- 2034-04-21
AI Technical Summary
In the prior art, it is difficult to achieve efficient mixing and screen powder coarse and fineness during the mixing process of buckwheat whole wheat flour, resulting in uneven mixing and poor quality.
A whole wheat flour mixing device for buckwheat buckwheat is designed, including two feed chambers and a transverse mixing device, equipped with a drawer screening plate and a screw feeder, to realize the screening and quantitative conveying of powders, and to achieve uniform mixing through a mixing and mixing device.
It improves mixing efficiency, ensures the quality and taste of whole wheat flour, reduces production costs, and supports automated production, which increases the economic value of buckwheat.
Smart Images
Figure CN222196623U_ABST
Abstract
Description
Technical Field
[0001] The utility model relates to the preparation of tartary buckwheat whole wheat flour, in particular to a tartary buckwheat whole wheat flour mixing device. Background Art
[0002] Tartary buckwheat is an annual herbaceous plant of the genus Fagopyrum in the Polygonaceae family. It blooms from June to September and bears fruit from August to October. Tartary buckwheat has high nutritional value and contains protein, bioflavonoids, multiple vitamins, cellulose, 18 kinds of amino acids, chlorophyll, and magnesium, potassium, calcium, iron, manganese, zinc, chromium, copper, selenium and other ingredients. It is the only crop among cereal crops that combines the seven major nutrients. Tartary buckwheat has been praised as the "king of grains" since ancient times and is the only crop among cereal crops that combines the seven major nutrients.
[0003] Since tartary buckwheat has good nutritional value for the human body, it has become a trend to prepare tartary buckwheat into tartary buckwheat whole wheat flour for easy consumption. The existing tartary buckwheat whole wheat flour is generally a product obtained by mixing tartary buckwheat nut flour with other powders in a certain proportion.
[0004] In the prior art, the uniform mixing of bitter buckwheat and whole wheat flour is generally achieved manually, or the mixing of powders is achieved by a mixer; during the mixing process, the coarseness of the mixed powder cannot be screened. Utility Model Content
[0005] The technical problem to be solved by the utility model is to provide a bitter buckwheat and whole wheat flour mixing device which can improve the mixing efficiency and is convenient for screening the coarseness of the mixed powder.
[0006] The technical solution adopted by the utility model to solve the technical problem is: a bitter buckwheat whole wheat flour mixing device comprises a machine body; a mixing chamber is arranged in the machine body; a first feeding chamber and a second feeding chamber are arranged above the machine body;
[0007] The first feeding chamber is provided with a first feeding funnel; the second feeding chamber is provided with a second feeding funnel;
[0008] The first feeding cavity and the second feeding cavity are both provided with a transverse stirring device;
[0009] A first powder outlet is provided at one end of the first feed cavity; a second powder outlet is provided at one end of the second feed cavity; and drawer-type sieve plates are provided at the lower ends of the first feed cavity and the second feed cavity;
[0010] A material drop cavity is formed between the drawer-type screen plate and the bottom surfaces of the first feed cavity and the second feed cavity; a material drop opening is provided at one end of the material drop cavity; the material drop opening of the first feed cavity is the first material drop opening, and the material drop opening of the second feed cavity is the second material drop opening;
[0011] A screw feeder is provided below the first feeding cavity and the second feeding cavity;
[0012] The material drop port is aligned with the material feed port of the screw feeder; the material discharge port of the screw feeder is located in the mixing chamber;
[0013] A mixing and stirring device is arranged in the mixing chamber; a finished product discharge port is arranged at one end of the mixing chamber; and supporting legs and a driving device of the mixing and stirring device are arranged below the mixing chamber.
[0014] Furthermore, the drawer-type sieve plate comprises a sieve plate body; a sealing plate is provided at one end of the sieve plate body;
[0015] The sealing plate in the first feed cavity extends out of the first feed cavity; and is located below the first powder outlet of the first feed cavity, forming a lower surface of the first powder outlet;
[0016] The sealing plate in the second feed cavity extends out of the second feed cavity and is located below the second powder outlet of the second feed cavity to form the lower surface of the second powder outlet.
[0017] Furthermore, the bottom surfaces of the first feed cavity and the second feed cavity are inclined surfaces; and a material drop cavity is formed between the drawer-type screen plate and the inclined surfaces.
[0018] Furthermore, the screw feeder is detachably connected to the machine body;
[0019] Both sides of the machine body are provided with mounting holes matching the screw feeder; one end of the screw feeder extends into the mixing chamber through the mounting hole; the screw feeder is detachably connected to the outer wall of the machine body by bolts.
[0020] Specifically, the driving device adopts a driving motor.
[0021] Furthermore, the supporting legs are telescopic legs.
[0022] The beneficial effects of the utility model are as follows: the bitter buckwheat whole wheat flour mixing device of the utility model can realize the screening of bitter buckwheat nut flour and quantitative delivery at the same time, and can also realize the screening and quantitative delivery of gas powder mixed with nut flour, so that the quality of the whole wheat flour after mixing can be guaranteed, and the taste of the whole wheat flour can be guaranteed, and the mixing efficiency can be improved, and the production cost can be reduced;
[0023] Secondly, the whole wheat flour mixing device can screen the coarseness of nut flour and bran flour respectively through two feeding chambers; and the quantitative addition of nut flour and bran flour can be achieved through the conveying device; therefore, it is easy to realize automated production and improve the economic value of buckwheat at the same time;
[0024] Finally, the bitter buckwheat whole wheat flour mixing device described in the utility model is easy to replace the sieve plates of different models, so it is convenient to realize the screening of powder materials of different coarseness and fineness. BRIEF DESCRIPTION OF THE DRAWINGS
[0025] Figure 1 It is a three-dimensional diagram of a whole wheat flour mixing device in an embodiment of the utility model;
[0026] Figure 2 This is a front view of a whole wheat flour mixing device in an embodiment of the utility model;
[0027] Figure 3 is a side view of a whole wheat flour mixing device in an embodiment of the utility model;
[0028] Figure 4 This is an internal structure diagram of a whole wheat flour mixing device in an embodiment of the utility model;
[0029] Figure 5 It is a three-dimensional diagram of the screen plate in the embodiment of the utility model;
[0030] The figure shows: 100-machine body, 200-mixing chamber, 300-first feeding chamber, 310-first feeding funnel, 320-first powder outlet, 330-first blanking port, 400-second feeding chamber, 410-second feeding funnel, 420-second powder outlet, 430-second blanking port; 500-horizontal stirring device, 600-inclined surface, 700-sieve plate, 710-sieve plate body, 720-sealing plate, 800-screw feeder, 900-stirring device, 910-driving device. DETAILED DESCRIPTION
[0031] The utility model is further described below in conjunction with the accompanying drawings and embodiments.
[0032] like Figures 1 to 5 As shown, the bitter buckwheat whole wheat flour mixing device of the utility model comprises a body 100; a mixing chamber 200 is arranged inside the body 100; a first feeding chamber 300 and a second feeding chamber 400 are arranged above the body 100;
[0033] The machine body 100 can be made of stainless steel and formed by welding. The mixing chamber in the machine body 100 is mainly used to mix the nut powder and the bran powder;
[0034] The main purpose of arranging the first feeding chamber 300 and the second feeding chamber 400 above the machine body 100 is that nut powder and bran powder can be fed separately through the first feeding chamber 300 and the second feeding chamber 400, and separate screening can be achieved in the first feeding chamber 300 and the second feeding chamber 400.
[0035] Specifically, the first feeding chamber 300 is provided with a first feeding funnel 310; the second feeding chamber 400 is provided with a second feeding funnel 410;
[0036] The first feeding chamber 300 and the second feeding chamber 400 are both provided with a transverse stirring device 350;
[0037] The first feeding cavity 300 is provided with a first powder outlet 320 at one end; the second feeding cavity 400 is provided with a second powder outlet 420 at one end; the first feeding cavity 300 and the second feeding cavity 400 are both provided with a drawer-type sieve plate 700 at the lower end;
[0038] A material drop cavity is formed between the drawer-type sieve plate 700 and the bottom surfaces of the first feed cavity 300 and the second feed cavity 400; a material drop opening is provided at one end of the material drop cavity; the material drop opening of the first feed cavity 300 is the first material drop opening 330, and the material drop opening of the second feed cavity 400 is the second material drop opening 430;
[0039] By arranging the transverse stirring device 500 in the first feed chamber 300 and the second feed chamber 400 , it is convenient to stir the powder in the first feed chamber 300 and the second feed chamber 400 , so as to scatter the powder and filter it on the sieve plate 700 below.
[0040] By providing a first powder outlet 320 at one end of the first feed cavity 300 and a second powder outlet 420 at one end of the second feed cavity 400, it is easy to discharge the powder with larger particles in the first feed cavity 300 and the second feed cavity 400.
[0041] A screw feeder 800 is disposed below the first feeding chamber 300 and the second feeding chamber 400;
[0042] The material discharge port is aligned with the feed port of the screw feeder 800; the material discharge port of the screw feeder 800 is located in the mixing chamber 200;
[0043] By arranging the screw feeder 800 below the first feeding chamber 300 and the second feeding chamber 400, quantitative conveying of raw material powder can be achieved.
[0044] The mixing chamber 200 is provided with a mixing and stirring device 900; a finished product discharge port 210 is provided at one end of the mixing chamber 200; and support legs 110 and a driving device 910 of the mixing and stirring device 900 are provided below the mixing chamber 200. The mixing and stirring device 900 is provided in the mixing chamber 200 so as to facilitate uniform mixing.
[0045] During the working process: the bitter buckwheat whole wheat flour is obtained by mixing bitter buckwheat nut flour and bitter buckwheat bran flour in a certain proportion; the nut flour and the bran flour enter the whole wheat flour mixing device and are screened in the first feeding chamber 300 and the second feeding chamber 400 respectively;
[0046] Specifically, the nut powder enters the first feeding chamber 300 and is stirred by the transverse stirring device 500 to scatter the powder, and then screened by the drawer-type screen plate 700 below; the screening of the wheat bran powder in the second feeding chamber 400 is the same as the screening of the nut powder.
[0047] Specifically, the drawer-type sieve plate 700 is easy to replace. When powder of corresponding coarseness or fineness is needed, it is only necessary to replace the drawer-type sieve plate 700 of the corresponding size; for example, the bitter buckwheat whole wheat flour described in the present application can be obtained by mixing 70-80 mesh wheat bran flour and 100-110 mesh nut flour.
[0048] After screening, the nut powder that meets the requirements enters the blanking cavity of the first feeding cavity 300, and is quantitatively transported into the mixing cavity 200 in the machine body 100 by the screw feeder 800; the nut powder that does not meet the requirements is discharged through the first powder outlet 320;
[0049] After screening, the wheat bran powder that meets the requirements enters the blanking cavity of the second feeding cavity 400, and is quantitatively transported into the mixing cavity 200 in the machine body 100 through the screw feeder 800; the wheat bran powder that does not meet the requirements is discharged through the second powder outlet 420;
[0050] The wheat bran powder and the nut powder are uniformly mixed in the mixing chamber 200 by the stirring device 900 , and the finished product obtained after mixing is discharged through the finished product discharge port 210 .
[0051] In summary, the bitter buckwheat whole wheat flour mixing device described in the utility model can realize the screening of bitter buckwheat nut flour and quantitative delivery at the same time, and can also realize the screening and quantitative delivery of gas powder mixed with nut flour, so that the quality of the whole wheat flour after mixing can be guaranteed, and the taste of the whole wheat flour can be guaranteed, and the mixing efficiency can be improved, and the production cost can be reduced;
[0052] Secondly, the whole wheat flour mixing device can screen the coarseness of nut flour and bran flour respectively through two feeding chambers; and the quantitative addition of nut flour and bran flour is achieved through the conveying device; therefore, it is easy to realize automated production; and at the same time, the economic value of buckwheat is improved.
[0053] The bitter buckwheat whole wheat flour mixing device disclosed by the utility model is easy to replace sieve plates of different models, thus facilitating the screening of powder materials of different coarseness and fineness.
[0054] In a feasible embodiment, in order to facilitate the replacement of the sieve plate, the drawer-type sieve plate 700 further includes a sieve plate body 710; a sealing plate 720 is provided at one end of the sieve plate body 710;
[0055] The sealing plate 720 in the first feed cavity 300 extends out of the first feed cavity 300 and is located below the first powder outlet 320 of the first feed cavity 300 to form a lower surface of the first powder outlet 320;
[0056] The sealing plate 720 in the second feed cavity 400 extends out of the second feed cavity 400 and is located below the second powder outlet 420 of the second feed cavity 400 to form a lower surface of the second powder outlet 420 .
[0057] In a feasible embodiment, in order to facilitate the collection of powder, further, the bottom surfaces of the first feed cavity 300 and the second feed cavity 400 are inclined surfaces 600; a drop cavity is formed between the drawer-type screen plate 700 and the inclined surface 600. By setting the bottom surfaces of the first feed cavity 300 and the second feed cavity 400 as the inclined surface 600, it is convenient to collect the qualified powder after screening by the first feed cavity 300 and the second feed cavity 400, and discharge it along the inclined surface 600 under the action of gravity to achieve collection.
[0058] In a feasible embodiment, in order to facilitate the installation, repair and maintenance of the equipment; specifically, the screw feeder 800 is detachably connected to the machine body 100;
[0059] Both sides of the machine body 100 are provided with mounting holes matching the screw feeder 800; one end of the screw feeder 800 extends into the mixing chamber 200 through the mounting hole; the screw feeder 800 is detachably connected to the outer wall of the machine body 100 by bolts.
[0060] In a feasible embodiment, in order to facilitate automatic control, the driving device 910 specifically adopts a driving motor.
[0061] In a feasible embodiment, in order to facilitate the adjustment of the height of the device, specifically, the support legs 110 are telescopic legs.
Claims
1. A bitter buckwheat whole wheat flour mixing device, comprising a body (100); a mixing chamber (200) is provided in the body (100); and the device is characterized in that: A first feeding cavity (300) and a second feeding cavity (400) are arranged above the machine body (100); The first feeding chamber (300) is provided with a first feeding funnel (310); the second feeding chamber (400) is provided with a second feeding funnel (410); The first feeding chamber (300) and the second feeding chamber (400) are both provided with a transverse stirring device (350); A first powder outlet (320) is disposed at one end of the first feeding cavity (300); a second powder outlet (420) is disposed at one end of the second feeding cavity (400); and drawer-type sieve plates (700) are disposed at the lower ends of the first feeding cavity (300) and the second feeding cavity (400); A material drop cavity is formed between the drawer-type sieve plate (700) and the bottom surfaces of the first material feed cavity (300) and the second material feed cavity (400); a material drop opening is provided at one end of the material drop cavity; the material drop opening of the first material feed cavity (300) is the first material drop opening (330), and the material drop opening of the second material feed cavity (400) is the second material drop opening (430); A screw feeder (800) is disposed below the first feeding chamber (300) and the second feeding chamber (400); The material discharge port is aligned with the material feed port of the screw feeder (800); the material discharge port of the screw feeder (800) is located in the mixing chamber (200); A mixing and stirring device (900) is arranged in the mixing chamber (200); a finished product discharge port (210) is arranged at one end of the mixing chamber (200); and supporting legs (110) and a driving device (910) of the mixing and stirring device (900) are arranged below the mixing chamber (200).
2. The bitter buckwheat whole wheat flour mixing device according to claim 1, characterized in that: The drawer-type sieve plate (700) comprises a sieve plate body (710); a sealing plate (720) is provided at one end of the sieve plate body (710); The sealing plate (720) in the first feed cavity (300) extends out of the first feed cavity (300); and is located below the first powder outlet (320) of the first feed cavity (300), forming a lower surface of the first powder outlet (320); The sealing plate (720) in the second feed cavity (400) extends out of the second feed cavity (400) and is located below the second powder outlet (420) of the second feed cavity (400), forming the lower surface of the second powder outlet (420).
3. The bitter buckwheat whole wheat flour mixing device according to claim 2, characterized in that: The bottom surfaces of the first feeding cavity (300) and the second feeding cavity (400) are inclined surfaces (600); a material drop cavity is formed between the drawer-type screen plate (700) and the inclined surface (600).
4. The bitter buckwheat whole wheat flour mixing device according to claim 1, characterized in that: The screw feeder (800) is detachably connected to the machine body (100); Both sides of the machine body (100) are provided with mounting holes matching the screw feeder (800); one end of the screw feeder (800) extends through the mounting hole into the mixing chamber (200); and the screw feeder (800) is detachably connected to the outer wall of the machine body (100) by means of bolts.
5. The bitter buckwheat whole wheat flour mixing device according to claim 1, characterized in that: The driving device (910) adopts a driving motor.
6. The bitter buckwheat whole wheat flour mixing device according to claim 1, characterized in that: The supporting legs (110) are telescopic legs.