CN105010599A - Steaming method of Liupao tea - Google Patents
Steaming method of Liupao tea Download PDFInfo
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- CN105010599A CN105010599A CN201510461865.2A CN201510461865A CN105010599A CN 105010599 A CN105010599 A CN 105010599A CN 201510461865 A CN201510461865 A CN 201510461865A CN 105010599 A CN105010599 A CN 105010599A
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Abstract
The invention discloses a steaming method of Liupao tea. The steaming method comprises the following steps: A, blending selected raw Liupao tea, adding fermentation liquor into the blended Liupu tea, piling into a tea pile, placing the tea pile into a tea steaming machine for steaming, and discharging the tea, wherein the tea steaming machine comprises a metal barrel and a metal cover, a steaming net, a convex ring, a vertical shaft, an electrode ring, at least two copper blocks and an electrode plate, an opening is formed at the bottom of the metal barrel, a water inlet pipe is arranged on the wall of the metal barrel, the electrode plate and the electrode ring are respectively connected with the electrode, water is adopted in the steaming process, and the steaming steps comprise: placing the tea pile into the steaming net, placing the steaming net into the metal barrel, starting a power supply of an electrode, keeping for 1 min, turning off the power supply, opening the metal cover and discharging the tea after 30 min; and B, loosing the tea pile obtained in the step A, piling into a tea pile again, placing the tea pile into the tea steaming machine, steaming according to the steaming steps in the step A, and discharging the tea; repeating the steaming operation for three times, and then adding fermentation liquor. With the adoption of the steaming method, in the existing Liupao tea steaming methods, the problems that the energy consumption is high and the processing cost is high are solved.
Description
Technical field
The present invention relates to machine for processing tea technical field, especially a kind of method for steaming six fort tea.
Background technology
Steam a critical process of six Cha Shiliu fort, fort tea processing.Generally steaming six fort tea is all first screened by gross tea, and assorted one-tenth semi-finished product, according to mass dryness fraction, determine whether add water, then mix thoroughly, puts into steaming tea machine and steams.And generally steam tea machine and all include cylindrical shell and cover, be provided with the steaming net putting tealeaves in cylindrical shell, be connected with jet chimney in cylindrical shell, jet chimney is connected with heat-producing device and supply equipment.Need the tealeaves steamed to be placed on equably to steam online, heat-producing device and supply equipment to be formed after steam by jet chimney as providing steam in cylinder.Due to heat energy easy loss in transmittance process of steam, the cylindrical shell heat energy that also loss is larger, thus the effective rate of utilization of the energy is lower, and energy consumption is higher, and cost is higher.
Summary of the invention
Problem to be solved by this invention is to provide a kind of steaming tea method of six fort tea, high with the steaming tea method energy consumption solving existing six fort tea, processes successfully high problem.
In order to solve the problem, technical scheme of the present invention is: the steaming tea method of this six fort tea comprises the following steps: A, undertaken assorted by the six fort tea gross tea screened, then the zymotic fluid adding described gross tea weight 1% ~ 1.5% carries out stirring 60 minutes, put into steaming tea machine after holding together into tea heap to steam, steam rear tea delivery; Described zymotic fluid is made according to the following steps: add water again with brown sugar in the gross tea clout after screening, ferments 6 months, gets liquid after filtration; The ratio of described residue gross tea and water and brown sugar is 2.5 ~ 2.8:10:1; Described steaming tea machine includes metal cylinder and metal cover, steaming net is provided with in described cylindrical shell, described cylinder body bottom is provided with opening, one circumferential edges of described opening convexes to form protruding ring, be provided with water between described protruding ring and described cylinder inboard wall, the wall of described cylindrical shell is provided with water inlet pipe higher than the position of described protruding ring; The vertical shaft being provided with a metal is erect at the middle part of described cylinder body bottom opening, the bottom of described vertical shaft is provided with the electrode retaining collar of a circle metal, gap is provided with between the protruding ring of described cylinder body bottom and described electrode retaining collar, at least two copper billets are provided with between described cylinder body bottom protruding ring and described electrode retaining collar, described cylindrical shell is externally connected with the battery lead plate of one block of metal, described battery lead plate and the equal connecting electrode of described electrode retaining collar; The described step that steams comprises: put on described steamings net by holding together into tea heap that tea piled, put into described cylindrical shell, the power supply of starting electrode, when the water in cylindrical shell becomes boiling water, keep powered-down after 1 minute when temperature reaches 100 ° of C ~ 110 ° C in cylindrical shell, after 30 minutes, open described cover tea delivery; B, by the tea of steps A gained heap unclamp 60 minutes after, again hold together into tea heap, put into described steaming tea machine and steam by steaming step described in steps A, tea delivery; After so carrying out steaming tea delivery pine heap for three times, then add the described zymotic fluid of tea delivery weight 0.7% ~ 0.8%, stir, bank up 1 month.
In technique scheme, more specifically scheme can be: described cylinder inboard wall is provided with bulge loop, and described bulge loop is provided with described steaming net; Described steaming net has at least two-layer from top to bottom and is located on described vertical shaft.
Further: the described mesh steaming net is equilateral triangle.
Further: the steel wire forming three trends of described mesh, on three summits through each described mesh, ordering is all not identical from top to bottom for the steel wire of these three trends.
Owing to have employed technique scheme, the present invention compared with prior art has following beneficial effect:
1, the cylindrical shell of the steaming tea machine of the steaming tea method use of these six fort tea is provided with the battery lead plate of direct connecting electrode, bottom in cylindrical shell is provided with the vertical shaft by electrode retaining collar connecting electrode, bottom opening place in cylindrical shell is connected by copper billet with electrode retaining collar, cylindrical shell and vertical shaft can directly be generated heat, cylindrical shell is made to become steam with the direct heating evaporation of the water in protruding ring, directly the tealeaves online to the steaming above vertical shaft steams, without the need to arranging raw steaming plant in addition, also without the need to heating equipment, greatly reduce the loss of heat in transmission, processing cost reduces greatly, 100 degree of electricity steam 6.1 tons that tea amount becomes after the steaming tea method using this six fort tea from original 2.9 tons, decrease heating equipment and steam simultaneously and generate equipment and jet chimney, reduce the use cost of equipment, the steaming net of the steaming tea method design uniqueness of these six fort tea, on the benchmark meeting logical steam, in turn ensure that tealeaves is fully heated and is not easy to fall,
2, the steaming tea method of these six fort tea puts into the zymotic fluid that specific process is made before and after steaming, the time of the fermentation after can greatly shortening, and the astringent taste reducing newly picked and processed tea leaves after fermentation.
Accompanying drawing explanation
Fig. 1 is the front view of the embodiment of the present invention one;
Fig. 2 is the sectional view at A-A place in Fig. 1;
Fig. 3 is the top view that the embodiment of the present invention one steams net;
Fig. 4 is the front view that the embodiment of the present invention one steams the steel wire arranging on a net equilateral triangle three summits.
Detailed description of the invention
Below in conjunction with accompanying drawing, the embodiment of the present invention is described in further detail:
Embodiment one:
The steaming tea method of these six fort tea comprises the following steps:
A, undertaken assorted by the six fort tea gross tea screened, the zymotic fluid then adding described gross tea weight 1% carries out stirring 60 minutes, puts into steam tea machine and steam after holding together into tea heap, steams rear tea delivery.
Zymotic fluid is made according to the following steps: add water again with brown sugar in the gross tea clout after screening, ferments 6 months, gets liquid after filtration; The ratio of described residue gross tea and water and brown sugar is 2.5:10:1.
Steam tea machine as shown in Figure 1, Figure 2, Figure 3, Figure 4, it includes metal cylinder 1 and metal cover 5, opening 8 is provided with bottom cylindrical shell 1, one circumferential edges of opening 8 convexes to form protruding ring 11, be provided with water 12 between protruding ring 11 and cylinder inboard wall, the wall of cylindrical shell 1 is provided with water inlet pipe 10 higher than the position of protruding ring 11.The middle part of cylindrical shell 1 bottom opening 8 protruding ring 11, erect the vertical shaft 6 being provided with a metal, the bottom of vertical shaft 6 is provided with the electrode retaining collar 7 of a circle metal, gap is provided with between cylindrical shell 1 bottom opening 8 and the electrode retaining collar 7 of vertical shaft 6, at least two copper billets 8 are provided with between cylindrical shell 1 bottom opening 8 and electrode retaining collar 7, cylindrical shell 1 is externally connected with the battery lead plate 4 of one block of metal, battery lead plate 4 and electrode retaining collar 7 all connecting electrodes.Cylindrical shell 1 and vertical shaft 6 directly can be generated heat, make the water 12 between cylindrical shell 1 inwall and protruding ring 11 add thermosetting steam, directly online to the steaming above vertical shaft 6 tealeaves of this steam steams, without the need to arranging raw steaming plant in addition.
Be provided with in cylindrical shell 1 and steam net 3, cylindrical shell 1 inwall is provided with bulge loop 2, and bulge loop 2 is provided with and steams net 3.Steam net 3 and be provided with three layers from top to bottom, steam net 3 and be located on vertical shaft 6.The mesh steaming net 3 is equilateral triangle, on the benchmark meeting logical steam, in turn ensure that tealeaves is fully heated and is not easy to fall.Form the steel wire of three trends of mesh, on three summits through each mesh, ordering is all not identical from top to bottom for the steel wire of these three trends.Figure medium dip is A to the steel wire of this trend in the lower right corner, figure medium dip is B to the steel wire of this trend in the upper right corner, in figure, the steel wire of this trend is straight down C, here lifting a mesh is example, wherein three summits of its mesh are respectively a1, a2, a3, at a1 place, the steel wire of three trends is respectively A, B, C from the ordering under upper; At a2 place, the steel wire of three trends is respectively B, C, A from the ordering under upper; At a3 place, the steel wire of three trends is respectively C, A, B from the ordering under upper.The mutual distortion of steel wire of so such three trends forms, and each of staggered place steel wire combines relatively tightr, both ensure that as far as possible large logical hot gas amount, and in turn ensure that tealeaves is fully heated and is not easy to fall, and use very convenient.
Steam step to comprise: put into steam on net 3 by holding together into tea heap that tea piled, put into cylindrical shell 1, the power supply of starting electrode, when the water 12 in cylindrical shell 1 becomes boiling water, keep powered-down after 1 minute when temperature reaches 100 ° of C in cylindrical shell 1, after 30 minutes, open cover 5 tea delivery.
B, the tea of steps A gained heap is unclamped 60 minutes after, again hold together into tea heap, put into and steam tea machine and steam by steaming step described in steps A, tea delivery; After so carrying out steaming tea delivery pine heap for three times, then add the zymotic fluid in the steps A of tea delivery weight 0.7%, stir, bank up 1 month.
Embodiment two:
The steaming tea method of these six fort tea comprises the following steps:
A, undertaken assorted by the six fort tea gross tea screened, the zymotic fluid then adding described gross tea weight 1.5% carries out stirring 60 minutes, puts into steam tea machine and steam after holding together into tea heap, steams rear tea delivery.
Zymotic fluid is made according to the following steps: add water again with brown sugar in the gross tea clout after screening, ferments 6 months, gets liquid after filtration; The ratio of described residue gross tea and water and brown sugar is 2.8:10:1.
Steam the structure of tea machine as embodiment one.
Steam step to comprise: put into steam on net 3 by holding together into tea heap that tea piled, put into cylindrical shell 1, the power supply of starting electrode, when the water 12 in cylindrical shell 1 becomes boiling water, keep powered-down after 1 minute when temperature reaches 110 ° of C in cylindrical shell 1, after 30 minutes, open cover 5 tea delivery.
B, the tea of steps A gained heap is unclamped 60 minutes after, again hold together into tea heap, put into and steam tea machine and steam by steaming step described in steps A, tea delivery; After so carrying out steaming tea delivery pine heap for three times, then add the zymotic fluid in the steps A of tea delivery weight 0.7%, stir, bank up 1 month.
Claims (4)
1. a steaming tea method for six fort tea, is characterized in that comprising the following steps:
A, undertaken assorted by the six fort tea gross tea screened, the zymotic fluid then adding described gross tea weight 1% ~ 1.5% carries out stirring 60 minutes, puts into steam tea machine and steam after holding together into tea heap, steams rear tea delivery;
Described zymotic fluid is made according to the following steps: add water again with brown sugar in the gross tea clout after screening, ferments 6 months, gets liquid after filtration; The ratio of described residue gross tea and water and brown sugar is 2.5 ~ 2.8:10:1;
Described steaming tea machine includes metal cylinder and metal cover, steaming net is provided with in described cylindrical shell, described cylinder body bottom is provided with opening, one circumferential edges of described opening convexes to form protruding ring, be provided with water between described protruding ring and described cylinder inboard wall, the wall of described cylindrical shell is provided with water inlet pipe higher than the position of described protruding ring; The vertical shaft being provided with a metal is erect at the middle part of described cylinder body bottom opening, the bottom of described vertical shaft is provided with the electrode retaining collar of a circle metal, gap is provided with between the protruding ring of described cylinder body bottom and described electrode retaining collar, at least two copper billets are provided with between described cylinder body bottom protruding ring and described electrode retaining collar, described cylindrical shell is externally connected with the battery lead plate of one block of metal, described battery lead plate and the equal connecting electrode of described electrode retaining collar;
The described step that steams comprises: put on described steamings net by holding together into tea heap that tea piled, put into described cylindrical shell, the power supply of starting electrode, when the water in cylindrical shell becomes boiling water, keep powered-down after 1 minute when temperature reaches 100 ° of C ~ 110 ° C in cylindrical shell, after 30 minutes, open described cover tea delivery;
B, by the tea of steps A gained heap unclamp 60 minutes after, again hold together into tea heap, put into described steaming tea machine and steam by steaming step described in steps A, tea delivery; After so carrying out steaming tea delivery pine heap for three times, then add the described zymotic fluid of tea delivery weight 0.7% ~ 0.8%, stir, bank up 1 month.
2. the steaming tea method of six fort tea according to claim 1, is characterized in that: described cylinder inboard wall is provided with bulge loop, and described bulge loop is provided with described steaming net; Described steaming net has at least two-layer from top to bottom and is located on described vertical shaft.
3. the steaming tea method of six fort tea according to claim 1 and 2, is characterized in that: the described mesh steaming net is equilateral triangle.
4. the steaming tea method of six fort tea according to claim 3, is characterized in that: the steel wire forming three trends of described mesh, and on three summits through each described mesh, ordering is all not identical from top to bottom for the steel wire of these three trends.
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| CN103343104A (en) * | 2013-07-11 | 2013-10-09 | 西安康代生物科技有限公司 | Process for preparing novel plant-source probiotics solution |
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| CN86205560U (en) * | 1986-08-02 | 1987-10-03 | 刘正乾 | Electricity-saving three-phase high-efficiency sterilizer |
| CN2041138U (en) * | 1988-05-30 | 1989-07-19 | 王乃盈 | Non-stick pan bottom grate and its parts |
| CN2037422U (en) * | 1988-09-22 | 1989-05-10 | 张光华 | Steam generator for bath cover |
| CN200966565Y (en) * | 2006-07-28 | 2007-10-31 | 周真光 | Grid |
| CN101491281A (en) * | 2009-03-09 | 2009-07-29 | 谌小丰 | Processing method of golden-flower loose tea |
| CN102940054A (en) * | 2012-11-21 | 2013-02-27 | 广西壮族自治区梧州茶厂 | Double-steaming double-pressing production process for liupu tea |
| CN103343104A (en) * | 2013-07-11 | 2013-10-09 | 西安康代生物科技有限公司 | Process for preparing novel plant-source probiotics solution |
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