CN204486284U - A kind of tea dry sorting device - Google Patents

A kind of tea dry sorting device Download PDF

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Publication number
CN204486284U
CN204486284U CN201520113674.2U CN201520113674U CN204486284U CN 204486284 U CN204486284 U CN 204486284U CN 201520113674 U CN201520113674 U CN 201520113674U CN 204486284 U CN204486284 U CN 204486284U
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CN
China
Prior art keywords
rewinding
sieve
grades
level
rewinding case
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Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN201520113674.2U
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Chinese (zh)
Inventor
谢郑生
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Huo Tong Town Ningde City Jiaocheng District Jin Yuan Tealeaves Specialty Co-Operative Organization
Original Assignee
Huo Tong Town Ningde City Jiaocheng District Jin Yuan Tealeaves Specialty Co-Operative Organization
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Application filed by Huo Tong Town Ningde City Jiaocheng District Jin Yuan Tealeaves Specialty Co-Operative Organization filed Critical Huo Tong Town Ningde City Jiaocheng District Jin Yuan Tealeaves Specialty Co-Operative Organization
Priority to CN201520113674.2U priority Critical patent/CN204486284U/en
Application granted granted Critical
Publication of CN204486284U publication Critical patent/CN204486284U/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

The utility model relates to Tea Processing technical field, particularly a kind of tea dry sorting device, and comprise conveyer belt, blow material airduct and rewinding casing, conveyer belt is arranged on directly over rewinding casing, blows and expects that airduct is arranged on the right side between conveyer belt and rewinding casing; The top of conveyer belt is provided with baffle plate and combing assembly, and combing assembly is positioned at the dead ahead of baffle plate, and combing assembly is made up of some combing plates to being symmetrical set, the curved shape of front elevational sectional of combing plate; Rewinding casing has six rewinding casees by five baffle for separatings, and the sidewall of six rewinding casees is all symmetrically arranged with discharging opening and discharge air port; Six rewinding casees are provided with sieve plate, and each sieve plate is provided with several sieve apertures.When using the utility model, saving a large amount of tea dry sorting manpower and materials, improve tea dry sorting efficiency, ensure tea dry sorting quality.It is simple that the utility model has structure, arranges rationally, the advantages such as cost of manufacture is low.

Description

A kind of tea dry sorting device
Technical field
The utility model relates to Tea Processing technical field, particularly a kind of tea dry sorting device.
Background technology
Tealeaves is a kind of extensively by the beverage that people like, has abundant nutritional labeling.In traditional tea picking process, because China tea place looks are complicated, fluffy, growing way etc. differs greatly, the fresh leaf adopted usually all can be not of uniform size, and quality is different, therefore need its Screening Treatment, so that by blade classification process of all sizes.
The tealeaves that general bud-leaf is little, raw material is tender just can be used as the raw material of processing Famous High-quality Tea.The raw materials for production of Famous High-quality Tea are all pluck by hand always, but the factor such as manpower shortage and production cost height of picking tea-leaves at present limits the development that Famous High-quality Tea is produced.People wish that Famous High-quality Tea raw material realizes Mechaniaed harvest, but Mechaniaed harvest is owing to lacking the selective of artificial harvesting, and the fresh leaf for this reason machine must adopted carries out adopting rear classification, just can reach the raw material obtained needed for Famous High-quality Tea production.
In tradition tea-manufacturing technology, need to refine adopted classification to first tea making, conventional method is that selection by winnowing is divided weight, flat circle to sieve length, trembled different instruments and the operations such as screening thickness, and these methods waste time and energy mostly, are unfavorable for the classification of tealeaves in enormous quantities.
Therefore, designing a kind of structure simple, can be a urgent problem by the device of tea dry sorting.
Utility model content
The purpose of this utility model is defect for prior art and deficiency, provides a kind of structure simple, tea dry sorting device reasonable in design, easy to use.
For achieving the above object, the technical solution adopted in the utility model is:
A kind of tea dry sorting device described in the utility model, comprise conveyer belt, blow material airduct and rewinding casing, described conveyer belt is arranged on directly over rewinding casing, described in blow material airduct and be arranged on right side between conveyer belt and rewinding casing; The top of described conveyer belt is provided with baffle plate and combing assembly, and described combing assembly is positioned at the dead ahead of baffle plate, and described combing assembly is made up of some combing plates to being symmetrical set, the curved shape of front elevational sectional of described combing plate; Described rewinding casing has one-level rewinding case, secondary rewinding case, three grades of rewinding casees, level Four rewinding case, Pyatyi rewinding case and six grades of rewinding casees by five baffle for separatings, and the sidewall of six rewinding casees is all symmetrically arranged with discharging opening and discharge air port; Described one-level rewinding case is provided with one-level sieve plate, and described one-level sieve plate is provided with several one-level sieve apertures; Described secondary rewinding case is provided with secondary sieve plate, and described secondary sieve plate is provided with several secondary sieve apertures; Described three grades of rewinding casees are provided with three grades of sieve plates, and described three grades of sieve plates are provided with several three grades of sieve apertures; Described level Four rewinding case is provided with level Four sieve plate, and described level Four sieve plate is provided with several level Four sieve apertures; Described Pyatyi rewinding case is provided with Pyatyi sieve plate, and described Pyatyi sieve plate is provided with several Pyatyi sieve apertures; Described six grades of rewinding casees are provided with six grades of sieve plates, and described six grades of sieve plates are provided with several six grades of sieve apertures.
Further, the volume of described one-level rewinding case is greater than the volume of secondary rewinding case, the volume of described secondary rewinding case is greater than the volume of three grades of rewinding casees, the volume of described three grades of rewinding casees is greater than the volume of level Four rewinding case, the volume of described level Four rewinding case is greater than the volume of Pyatyi rewinding case, and the volume of described Pyatyi rewinding case is greater than the volume of six grades of rewinding casees.
Further, the area of section of described one-level sieve aperture is greater than the area of section of secondary sieve aperture; The area of section of described secondary sieve aperture is greater than the area of section of three grades of sieve apertures; The area of section of described three grades of sieve apertures is greater than the area of section of level Four sieve aperture; The area of section of described level Four sieve aperture is greater than the area of section of Pyatyi sieve aperture; The area of section of described Pyatyi sieve aperture is greater than the area of section of six grades of sieve apertures.
After adopting said structure, the utility model beneficial effect is: a kind of tea dry sorting device described in the utility model, comprise conveyer belt, blow material airduct and rewinding casing, described conveyer belt is arranged on directly over rewinding casing, described in blow material airduct and be arranged on right side between conveyer belt and rewinding casing; The top of described conveyer belt is provided with baffle plate and combing assembly, and described combing assembly is positioned at the dead ahead of baffle plate, and described combing assembly is made up of some combing plates to being symmetrical set, the curved shape of front elevational sectional of described combing plate; Described rewinding casing has one-level rewinding case, secondary rewinding case, three grades of rewinding casees, level Four rewinding case, Pyatyi rewinding case and six grades of rewinding casees by five baffle for separatings, and the sidewall of six rewinding casees is all symmetrically arranged with discharging opening and discharge air port; Described one-level rewinding case is provided with one-level sieve plate, and described one-level sieve plate is provided with several one-level sieve apertures; Described secondary rewinding case is provided with secondary sieve plate, and described secondary sieve plate is provided with several secondary sieve apertures; Described three grades of rewinding casees are provided with three grades of sieve plates, and described three grades of sieve plates are provided with several three grades of sieve apertures; Described level Four rewinding case is provided with level Four sieve plate, and described level Four sieve plate is provided with several level Four sieve apertures; Described Pyatyi rewinding case is provided with Pyatyi sieve plate, and described Pyatyi sieve plate is provided with several Pyatyi sieve apertures; Described six grades of rewinding casees are provided with six grades of sieve plates, and described six grades of sieve plates are provided with several six grades of sieve apertures.When using the utility model, by combing plate and baffle plate, tiling combing is carried out to tealeaves, the tealeaves fallen by conveyer belt by the wind blowing material airduct blows in different rewinding casees, the tealeaves obtaining different stage is filtered by different sieve plates, save a large amount of tea dry sorting manpower and materials, improve tea dry sorting efficiency, ensure tea dry sorting quality.It is simple that the utility model has structure, arranges rationally, the advantages such as cost of manufacture is low.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the A direction view in Fig. 1;
Fig. 3 is B-B sectional view in Fig. 1;
Description of reference numerals:
1, conveyer belt; 2, baffle plate; 3, combing plate; 4, material airduct is blown; 5, rewinding casing;
5-1, one-level rewinding case; 5-1a, one-level discharging opening; 5-1b, discharge air port;
5-2, secondary rewinding case; 5-3, three grades of rewinding casees; 5-4, level Four rewinding case;
5-5, Pyatyi rewinding case; 5-6, six grades of rewinding casees; 6, dividing plate; 7, one-level sieve plate;
7-1, one-level sieve aperture; 8, secondary sieve plate; 8-1, secondary sieve aperture; 9, three grades of sieve plates;
9-1, three grades of sieve apertures; 10, level Four sieve plate; 10-1, level Four sieve aperture; 11, Pyatyi sieve plate;
11-1, Pyatyi sieve aperture; 12, six grades of sieve plates; 12-1, six grades of sieve apertures.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is further described.
As Figure 1-3, a kind of tea dry sorting device described in the utility model, comprise conveyer belt 1, blow material airduct 4 and rewinding casing 5, described conveyer belt 1 is arranged on directly over rewinding casing 5, described in blow material airduct 4 and be arranged on right side between conveyer belt 1 and rewinding casing 5; Conveyer belt 1 and technique for fixing thereof and prior art without essential distinction, therefore are not said at this in detail; Blow material airduct 4 to be connected with wind regime, the fixed support blowing material airduct 4 is not shown in the drawings.
The top of described conveyer belt 1 is provided with baffle plate 2 and combing assembly, and baffle plate 2 and combing assembly are all fixedly installed on the fixed mount of conveyer belt by support, and described combing assembly is positioned at the dead ahead of baffle plate 2, and baffle plate 2 adopts elastomeric material to be made; Described combing assembly is made up of some combing plates 3 to being symmetrical set, the curved shape of front elevational sectional of described combing plate 3.
Described rewinding casing 5 is separated with one-level rewinding case 5-1, secondary rewinding case 5-2, three grades of rewinding case 5-3, level Four rewinding case 5-4, Pyatyi rewinding case 5-5 and six grade rewinding case 5-6 by 6 points, five dividing plates, and the sidewall of six rewinding casees is all symmetrically arranged with discharging opening 5-1a and discharge air port 5-1b; The discharging opening 5-1a other end is connected with splicing case; Discharge air port 5-1b is connected with wind regime, the draft type of discharge air port 5-1b is interrupted air-supply, be provided with electromagnetic valve in the 5-1b of discharge air port, control to be interrupted air-supply by the opening and closing of electromagnetic valve, the control technology of electromagnetic valve and prior art are without essential distinction.
By the wind of discharge air port 5-1b, the tealeaves that sieve plate retains is made to enter into splicing case by discharging opening 5-1a.
Described one-level rewinding case 5-1 is provided with one-level sieve plate 7, and described one-level sieve plate 7 is provided with several one-level sieve apertures 7-1; Described secondary rewinding case 5-2 is provided with secondary sieve plate 8, and described secondary sieve plate 8 is provided with several secondary sieve apertures 8-1; Described three grades of rewinding case 5-3 are provided with three grades of sieve plates 9, and described three grades of sieve plates 9 are provided with several three grades of sieve aperture 9-1; Described level Four rewinding case 5-4 is provided with level Four sieve plate 10, and described level Four sieve plate 10 is provided with several level Four sieve apertures 10-1; Described Pyatyi rewinding case 5-5 is provided with Pyatyi sieve plate 11, and described Pyatyi sieve plate 11 is provided with several Pyatyi sieve apertures 11-1; Described six grades of rewinding case 5-6 are provided with six grades of sieve plates 12, and described six grades of sieve plates 12 are provided with several six grades of sieve aperture 12-1.
Further, the volume of described one-level rewinding case 5-1 is greater than the volume of secondary rewinding case 5-2, the volume of described secondary rewinding case 5-2 is greater than the volume of three grades of rewinding case 5-3, the volume of described three grades of rewinding case 5-3 is greater than the volume of level Four rewinding case 5-4, the volume of described level Four rewinding case 5-4 is greater than the volume of Pyatyi rewinding case 5-5, and the volume of described Pyatyi rewinding case 5-5 is greater than the volume of six grades of rewinding case 5-6.
Further, the area of section of described one-level sieve aperture 7-1 is greater than the area of section of secondary sieve aperture 8-1, and the tealeaves after one-level sieve aperture 7-1 screens is identical with the progression directly dropping into secondary rewinding case 5-2 tealeaves; The area of section of described secondary sieve aperture 8-1 is greater than the area of section of three grades of sieve aperture 9-1, and the tealeaves after secondary sieve aperture 8-1 screens is identical with the progression directly dropping into three grades of rewinding case 5-3 tealeaves; The area of section of described three grades of sieve aperture 9-1 is greater than the area of section of level Four sieve aperture 10-1, and the tealeaves after three grades of sieve aperture 9-1 screen is identical with the progression directly dropping into level Four rewinding case 5-4 tealeaves; The area of section of described level Four sieve aperture 10-1 is greater than the area of section of Pyatyi sieve aperture 11-1, and the tealeaves after level Four sieve aperture 10-1 screens is identical with the progression directly dropping into Pyatyi rewinding case 5-5 tealeaves; The area of section of described Pyatyi sieve aperture 11-1 is greater than the area of section of six grades of sieve aperture 12-1, and the tealeaves after Pyatyi sieve aperture 11-1 screens is identical with the progression directly dropping into six grades of rewinding case 5-6 tealeaves.Tealeaves after six grades of sieve aperture 12-1 screen is seven grades of tealeaves, is best tealeaves.
When using the utility model, by combing plate and baffle plate, tiling combing is carried out to tealeaves, the tealeaves fallen by conveyer belt by the wind blowing material airduct blows in different rewinding casees, the tealeaves obtaining different stage is filtered by different sieve plates, save a large amount of tea dry sorting manpower and materials, improve tea dry sorting efficiency, ensure tea dry sorting quality.In addition, this structure is simple, reasonable in design, low cost of manufacture.
The above is only better embodiment of the present utility model, therefore all equivalences done according to structure, feature and the principle described in the utility model patent claim change or modify, and are included in the utility model patent claim.

Claims (3)

1. a tea dry sorting device, it is characterized in that: comprise conveyer belt (1), blow material airduct (4) and rewinding casing (5), described conveyer belt (1) is arranged on directly over rewinding casing (5), described in blow material airduct (4) and be arranged on right side between conveyer belt (1) and rewinding casing (5);
The top of described conveyer belt (1) is provided with baffle plate (2) and combing assembly, described combing assembly is positioned at the dead ahead of baffle plate (2), described combing assembly is made up of some combing plates (3) to being symmetrical set, the curved shape of front elevational sectional of described combing plate (3);
Described rewinding casing (5) is separated with one-level rewinding case (5-1), secondary rewinding case (5-2), three grades of rewinding casees (5-3), level Four rewinding case (5-4), Pyatyi rewinding case (5-5) and six grades of rewinding casees (5-6) by five dividing plates (6) point, and the sidewall of six rewinding casees is all symmetrically arranged with discharging opening (5-1a) and discharge air port (5-1b);
Described one-level rewinding case (5-1) is provided with one-level sieve plate (7), and described one-level sieve plate (7) is provided with several one-level sieve apertures (7-1); Described secondary rewinding case (5-2) is provided with secondary sieve plate (8), and described secondary sieve plate (8) is provided with several secondary sieve apertures (8-1); Described three grades of rewinding casees (5-3) are provided with three grades of sieve plates (9), and described three grades of sieve plates (9) are provided with several three grades of sieve apertures (9-1); Described level Four rewinding case (5-4) is provided with level Four sieve plate (10), and described level Four sieve plate (10) is provided with several level Four sieve apertures (10-1); Described Pyatyi rewinding case (5-5) is provided with Pyatyi sieve plate (11), and described Pyatyi sieve plate (11) is provided with several Pyatyi sieve apertures (11-1); Described six grades of rewinding casees (5-6) are provided with six grades of sieve plates (12), and described six grades of sieve plates (12) are provided with several six grades of sieve apertures (12-1).
2. a kind of tea dry sorting device according to claim 1, it is characterized in that: the volume of described one-level rewinding case (5-1) is greater than the volume of secondary rewinding case (5-2), the volume of described secondary rewinding case (5-2) is greater than the volume of three grades of rewinding casees (5-3), the volume of described three grades of rewinding casees (5-3) is greater than the volume of level Four rewinding case (5-4), the volume of described level Four rewinding case (5-4) is greater than the volume of Pyatyi rewinding case (5-5), and the volume of described Pyatyi rewinding case (5-5) is greater than the volume of six grades of rewinding casees (5-6).
3. a kind of tea dry sorting device according to claim 1, is characterized in that: the area of section of described one-level sieve aperture (7-1) is greater than the area of section of secondary sieve aperture (8-1); The area of section of described secondary sieve aperture (8-1) is greater than the area of section of three grades of sieve apertures (9-1); The area of section of described three grades of sieve apertures (9-1) is greater than the area of section of level Four sieve aperture (10-1); The area of section of described level Four sieve aperture (10-1) is greater than the area of section of Pyatyi sieve aperture (11-1); The area of section of described Pyatyi sieve aperture (11-1) is greater than the area of section of six grades of sieve apertures (12-1).
CN201520113674.2U 2015-02-17 2015-02-17 A kind of tea dry sorting device Expired - Fee Related CN204486284U (en)

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Application Number Priority Date Filing Date Title
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106359686A (en) * 2016-11-10 2017-02-01 贵州湄潭沁园春茶业有限公司 Red tea processing technology

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106359686A (en) * 2016-11-10 2017-02-01 贵州湄潭沁园春茶业有限公司 Red tea processing technology

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CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20150722

Termination date: 20160217

CF01 Termination of patent right due to non-payment of annual fee