CN217963558U

CN217963558U - Sorting machine is used in production of multistage distributing type's seabuckthorn virgin stock

Info

Publication number: CN217963558U
Application number: CN202221616009.1U
Authority: CN
Inventors: 刘利军
Original assignee: Shanxi Xiurong Seabuckthorn Products Co ltd
Current assignee: Shanxi Xiurong Seabuckthorn Products Co ltd
Priority date: 2022-06-27
Filing date: 2022-06-27
Publication date: 2022-12-06
Anticipated expiration: 2032-06-27

Abstract

The utility model discloses a sorting machine is used in production of multistage distributed seabuckthorn magma, including mainboard and main feed inlet, the top middle part of mainboard is provided with the bottom sprag seat, and the top of bottom sprag seat is provided with selects the subassembly, select the subassembly including screening frame one, screen cloth one, screening frame two, screen cloth two and screening frame three, and the top of screening frame one is provided with screen cloth one, the top of screen cloth one is provided with screening frame two, the top of screen cloth two is provided with screening frame three. The sorting machine for producing the multistage distributed seabuckthorn raw pulp ensures that branches in seabuckthorn fruits can be screened by the second screen mesh in the sorting process of the seabuckthorn fruits, the phenomenon that the branches exist in the screened seabuckthorn fruits is avoided, and the seabuckthorn fruits can be screened more completely by the multi-stage screening structure comprising the screening chamber, the first screening frame, the second screening frame and the third screening frame, so that the quality of the seabuckthorn fruit raw pulp is ensured.

Description

Sorting machine is used in production of multistage distributing type's seabuckthorn virgin stock

Technical Field

The utility model relates to a sea buckthorn picker technical field specifically is a picker is used in production of sea buckthorn magma of multistage distributing type.

Background

Seabuckthorn is a plant of the genus hippophae of the family elaeagnus, called "the king of vitamin C", and has a high overall nutritional value, so that raw juice made of seabuckthorn is popular, and seabuckthorn needs to be sorted by a sorting machine before the raw juice is made, so that the quality of the raw juice of seabuckthorn can be improved.

The existing patent with the public number of CN213967657U, namely screening equipment for extracting seabuckthorn fruit oil, is small in sorting stage number, when branches with large volume exist in seabuckthorn fruits, a blower designed by the device cannot blow off the branches, so that the seabuckthorn fruits are easily screened incompletely, the overall quality of seabuckthorn primary pulp in the later period is further reduced, and therefore a multistage distributed picker for producing seabuckthorn primary pulp is provided.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a sea-buckthorn primary pulp production of multistage distributing type is with picker to solve the problem that proposes among the above-mentioned background art.

In order to achieve the above object, the utility model provides a following technical scheme: the utility model provides a multistage distributed's seabuckthorn protoplasm production is with sorting machine, includes mainboard and main feed inlet, the top middle part of mainboard is provided with the bottom sprag seat, and the top of bottom sprag seat is provided with selects the subassembly, select the subassembly including screening frame one, screen cloth one, screening frame two, screen cloth two and screening frame three, and the top of screening frame one is provided with screen cloth one, the top of screen cloth one is provided with screening frame two, and the top of screening frame two is provided with screen cloth two, the top of screen cloth two is provided with screening frame three, main feed inlet is installed in the top middle part of screening frame three, the top left side of mainboard is provided with rotatory receipts material subassembly, and rotatory receipts material subassembly includes installation sill pillar and bearing, the top of receiving the material of installation sill pillar is provided with the bearing, rotatory subassembly still includes the column spinner and places the frame, and the top of bearing is provided with the column spinner, both ends all are connected with and place the frame about the column spinner.

Furthermore, the equal fixedly connected with extension board in both ends about the top of screening frame three, and the top welding of extension board has the screening room, the top middle part of screening room is connected with the material loading mouth, and the right side of screening room is provided with the mouth of blowing, the left side of screening room is provided with row material pipe, the left side fixedly connected with of extension board transversely puts the thing board.

Furthermore, the placing frame is connected with the rotating column in an integrated manner, and the inner side of the placing frame is hollow.

Furthermore, the screening chamber is communicated with the air blowing port, and the screening chamber is fixedly connected with the feeding port.

Furthermore, the mainboard is rectangular, and the upper surface of mainboard closely laminates with the lower surface of bottom sprag seat.

The utility model provides a sorter is used in production of multistage distributing type's seabuckthorn magma possesses following beneficial effect: this sorting machine is used in production of multistage distributed seabuckthorn magma adopts the setting of screen cloth two for the seabuckthorn fruit is selecting the in-process, and screen cloth two can sieve branch in the seabuckthorn fruit, avoids the phenomenon that branch exists in the seabuckthorn fruit after the screening, and the screening room, screening frame one, screening frame two and the multistage screening structure of screening frame three that the sorting machine designed simultaneously can be more complete with the seabuckthorn fruit screening, thereby has guaranteed the quality of seabuckthorn fruit magma.

1. The utility model discloses place the setting that frame and column spinner integration are connected, make the seabuckthorn receipts material frame place when placing the frame inboard, can utilize the rotation of column spinner, the position of frame is placed to the adjustment column spinner left and right sides, place the seabuckthorn receipts material frame of frame inboard on the right side and collect after the seabuckthorn small fruit that the screening frame was got off in full screening frame one sieves, operating personnel holds the left frame of placing, then under the effect of bearing, will place the frame and overturn one hundred eighty degrees right, just can place the position of frame with the left and right sides and change, the seabuckthorn receipts material frame that the frame was placed in the left side just can be in the below of screening frame one left side bin outlet, thereby can improve the speed of collecting, when avoiding receiving the material untimely, the seabuckthorn appears dropping subaerial phenomenon, the seabuckthorn that is in the two left sides bin outlets of screening frame below simultaneously collects the frame application method and places the collection frame application method in the frame completely the same, the seabuckthorn of screening frame two left sides bin outlets below collects the frame and also can encircle the rotation of dress sill outlet in the use.

2. The utility model discloses the screening room sets up with the mouth of blowing communicates each other for the fan of the installation of mouth of blowing right side can get into the screening indoor back at the seabuckthorn, arranges into the screening room through the air current that the mouth of blowing produced self in, and the air current just can be stained with the seabuckthorn surface and attach dust and some less fallen leaves of volume through arranging the material pipe and discharge, and the seabuckthorn after removing impurity then can be through in the main feed inlet of the export discharge of screening room below, thereby accomplish the preliminary screening to the seabuckthorn.

3. The utility model discloses bottom sprag seat internally mounted has vibrating motor, vibrating motor can get into the branch of screening frame three back at the seabuckthorn, vibrate screening frame three, thereby make screen cloth two can divide the sieve to seabuckthorn fruit and bulky branch, divide after the sieve, branch can stop in screening frame three, and discharge gradually through the bin outlet on screening frame three right sides, the seabuckthorn fruit that gets off through screen cloth two sieves can get into screening frame two and filter once more, screen cloth one compares in screen cloth two, net density is littleer, can carry out size letter sorting to the seabuckthorn, little fruit is at the screening in-process, can pass screen cloth one and enter into screening frame one, can discharge through the left bin outlet of screening frame one at last, the big fruit that stops simultaneously on screen cloth one surface is at the screening in-process, can discharge through the left bin outlet of screening frame two, thereby accomplish the work of selecting the seabuckthorn fruit, make things convenient for the seabuckthorn to produce, the design has the purpose of selecting multi-stage structure, can be with the more complete with the screening of seabuckthorn fruit, thereby avoid the phenomenon of the protoplasm appearing in the later stage of production to differ.

Drawings

Fig. 1 is a schematic front view of the sorting machine for producing raw hippophae rhamnoides pulp of the present invention;

fig. 2 is an enlarged schematic structural diagram of a position a in fig. 1 of the sorting machine for producing raw seabuckthorn pulp of the present invention;

fig. 3 is a schematic view of a three-dimensional structure of a gravity tray of the sorting machine for producing the sea-buckthorn primary pulp of the present invention;

fig. 4 is a schematic view of a three-dimensional structure of a gravity tray of the sorting machine for producing the multistage distributed raw hippophae rhamnoides pulp.

In the figure: 1. a main board; 2. a bottom support seat; 3. a picking assembly; 301. screening the frame I; 302. a first screen mesh; 303. Screening the frame II; 304. a second screen; 305. a screening frame III; 4. a main feed port; 5. a transverse object placing plate; 6. A support plate; 7. a screening chamber; 8. a feeding port; 9. a discharge pipe; 10. rotating the material receiving assembly; 1001. mounting a bottom column; 1002. a bearing; 1003. rotating the column; 1004. placing the frame; 11. an air blowing opening.

Detailed Description

As shown in fig. 1, a sorting machine for producing raw sea buckthorn pulp in a multi-level distributed manner includes a main board 1 and a main feed port 4, a bottom support 2 is disposed in the middle of the upper portion of the main board 1, a sorting assembly 3 is disposed above the bottom support 2, the sorting assembly 3 includes a first sorting frame 301, a first sorting frame 302, a second sorting frame 303, a second sorting frame 304 and a third sorting frame 305, the first sorting frame 301 is disposed above the first sorting frame 302, the second sorting frame 302 is disposed above the first sorting frame 302, the second sorting frame 303 is disposed above the second sorting frame 303, the third sorting frame 305 is disposed above the second sorting frame 304, the main feed port 4 is disposed above the third sorting frame 305, the main board 1 is rectangular, the upper surface of the main board 1 is closely attached to the lower surface of the bottom support 2, a vibrating motor is disposed inside the bottom support 2, the vibrating motor can stop in the third sorting frame 305 after sea buckthorn fruits enter the third sorting frame 305, the three sorting frame 305 vibrates the three sorting frame 305, so that sea buckthorn fruits pass through the first sorting frame 302, the sorting frame 304, the sorting machine can sort fruits while the small sorting machine can sort fruits from the left side, the small sorting frame 302, the small sorting machine can sort fruits by passing through the small sorting frame 302, can be more complete with the screening of seabuckthorn fruit to avoid the phenomenon that the quality differs to appear in the magma that the later stage was produced, the equal fixedly connected with extension board 6 in both ends about the top of three 305 of screening frame, extension board 6's left side fixedly connected with transversely puts thing board 5.

As shown in fig. 2-4, a sieving chamber 7 is welded above the support plate 6, a feeding port 8 is connected to the middle part above the sieving chamber 7, a blowing port 11 is arranged on the right side of the sieving chamber 7, a discharging pipe 9 is arranged on the left side of the sieving chamber 7, the sieving chamber 7 is communicated with the blowing port 11, the sieving chamber 7 is fixedly connected with the feeding port 8, the sieving chamber 7 is communicated with the blowing port 11, so that a fan arranged on the right side of the blowing port 11 can discharge airflow generated by the fan into the sieving chamber 7 through the blowing port 11 after the sea buckthorn enters the sieving chamber 7, the airflow can discharge dust adhered to the surface of the sea buckthorn and some fallen leaves with light volume through the discharging pipe 9, the sea buckthorn without impurities can be discharged into the main feeding port 4 through an outlet below the sieving chamber 7, thereby completing preliminary screening of the sea buckthorn, a rotary receiving assembly 10 is arranged on the left side above the main plate 1, the rotary material receiving assembly 10 comprises an installation bottom column 1001 and a bearing 1002, the bearing 1002 is arranged above the installation bottom column 1001, the rotary material receiving assembly 10 further comprises a rotary column 1003 and a placing frame 1004, the rotary column 1003 is arranged above the bearing 1002, the placing frame 1004 is connected to the left end and the right end of the rotary column 1003, the placing frame 1004 is integrally connected with the rotary column 1003, the inner side of the placing frame 1004 is hollow, the placing frame 1004 is integrally connected with the rotary column 1003, so that when the sea buckthorn material receiving frame is placed on the inner side of the placing frame 1004, the positions of the placing frames 1004 on the left side and the right side of the rotary column 1003 can be adjusted by utilizing the rotation of the rotary column 1003, after the sea buckthorn material receiving frame on the inner side of the right placing frame 1004 is fully collected with small sea buckthorn fruits screened by the screening frame 301, an operator holds the placing frame 1004 on the left side, then turns the placing frame 1004 over one hundred eighty degrees to the right under the action of the bearing 1002, the positions of the left and right placing frames 1004 can be changed, the seabuckthorn receiving frame in the left placing frame 1004 can be positioned below the discharge opening on the left side of the first screening frame 301, so that the collecting speed can be improved, the phenomenon that seabuckthorn falls on the ground when receiving materials is not timely is avoided, the using method of the seabuckthorn collecting frame below the discharge opening on the left side of the second screening frame 303 is completely the same as that of the collecting frame in the placing frame 1004, and the seabuckthorn collecting frame below the discharge opening on the left side of the second screening frame 303 can rotate around the central point of the mounting bottom pillar 1001 in the using process.

In summary, when the sorting machine for producing the original seabuckthorn pulp is used, firstly, as shown in fig. 1-3, the sorting machine mainly comprises a bottom support seat 2, a sorting assembly 3, a screening chamber 7 and other parts, when seabuckthorn fruits need to be screened, an operator pours the seabuckthorn fruits into the screening chamber 7 from a feeding port 8, then a fan arranged on the right side of the screening chamber 7 is started, airflow generated by the fan is discharged into the screening chamber 7 through a blowing port 11, the operator places a waste collecting frame above a transverse object placing plate 5, the airflow can discharge dust and a few fallen leaves with light volume adhered to the surface of the seabuckthorn into the waste collecting frame through a discharging pipe 9, the seabuckthorn with impurities removed is discharged into a main feed port 4 through an outlet below the screening chamber 7, the seabuckthorn enters a third screening frame 305 after entering the main feed port 4, and then a vibration motor inside the bottom support seat 2 is started, during the working process of the vibrating motor, the sieving frame III 305 can be vibrated, the sieve cloth II 304 can be used for sieving the sea buckthorn fruits and the branches with large volume, after the sieving, the branches can stay in the sieving frame III 305 and are gradually discharged into the frame body below the discharge opening through the discharge opening on the right side of the sieving frame III 305, the sea buckthorn fruits sieved by the sieve cloth II 304 can enter the sieving frame II 303 for re-sieving, the sieve cloth I302 can be used for sorting the sea buckthorn fruits, the small fruits can pass through the sieve cloth I302 to enter the sieving frame I301 during the sieving process, finally the small fruits can be discharged into the sea buckthorn receiving frame collection on the inner side of the right placing frame 1004 through the discharge opening on the left side of the sieving frame I301, after the sea buckthorn receiving frame is fully collected, according to the illustration in figure 4, an operator holds the left placing frame 1004, then under the action of the bearing 1002, the placement frame 1004 is turned rightwards by one hundred eighty degrees, the positions of the placement frames 1004 on the left and right sides can be changed, the sea buckthorn receiving empty frame in the placement frame 1004 on the left side can be located below a discharge port on the left side of the first screening frame 301, large sea buckthorn fruits in the second screening frame 303 can be discharged into a sea buckthorn collecting frame below the discharge port through a discharge port on the left side of the second screening frame 303 in the discharge process of small sea buckthorn fruits, the using method of the sea buckthorn collecting frame below the discharge port on the left side of the second screening frame 303 is completely the same as that of the collecting frame in the placement frame 1004, the sea buckthorn collecting frame below the left side of the second screening frame 303 can rotate around the central point of the mounting bottom column 1001 in the using process, so that the collection of the sea buckthorn fruits is facilitated, further, the production of primary sea buckthorn pulp is facilitated, meanwhile, the sorting machine is designed with the purpose of a multi-stage screening structure, the sea buckthorn fruits can be screened more completely, and the phenomenon that the quality is different in the later-stage production is avoided.

Claims

1. A sorting machine for producing sea-buckthorn primary pulp in a multistage distributed mode comprises a main plate (1) and a main feeding hole (4), it is characterized in that the middle part of the upper part of the main board (1) is provided with a bottom supporting seat (2), a picking component (3) is arranged above the bottom supporting seat (2), the picking assembly (3) comprises a screening frame I (301), a screening frame I (302), a screening frame II (303), a screening frame II (304) and a screening frame III (305), a first screen (302) is arranged above the first screening frame (301), a second screening frame (303) is arranged above the first screening net (302), a second screen (304) is arranged above the second screening frame (303), a third screening frame (305) is arranged above the second screening net (304), the main feed inlet (4) is arranged in the middle of the upper part of the third screening frame (305), a rotary material receiving component (10) is arranged on the left side above the main board (1), the rotary material receiving assembly (10) comprises a mounting bottom column (1001) and a bearing (1002), a bearing (1002) is arranged above the mounting bottom column (1001), the rotary material receiving assembly (10) also comprises a rotary column (1003) and a placing frame (1004), and a rotating column (1003) is arranged above the bearing (1002), and the left end and the right end of the rotating column (1003) are connected with placing frames (1004).

2. The sorter is used in production of seabuckthorn magma of multistage distributed formula according to claim 1, characterized in that both ends all fixedly connected with extension board (6) about the top of screening frame three (305), and the welding has screening room (7) above extension board (6), the top middle part of screening room (7) is connected with material loading mouth (8), and the right side of screening room (7) is provided with blowing mouth (11), the left side of screening room (7) is provided with row material pipe (9), the left side fixedly connected with of extension board (6) transversely puts thing board (5).

3. The sorter for producing raw juice of seabuckthorn according to claim 1, wherein the placing frame (1004) is integrally connected to the rotating column (1003), and the inside of the placing frame (1004) is hollow.

4. The sorter for producing raw seabuckthorn pulp according to claim 2, wherein the screening chamber (7) is communicated with the air blowing port (11), and the screening chamber (7) is fixedly connected with the feeding port (8).

5. The sorting machine for producing the primary pulp of seabuckthorn according to claim 1, wherein the main plate (1) is rectangular, and the upper surface of the main plate (1) is closely attached to the lower surface of the bottom support base (2).