CN202819510U - Tower type continuous-vibration tea steaming device - Google Patents
Tower type continuous-vibration tea steaming device Download PDFInfo
- Publication number
- CN202819510U CN202819510U CN 201220486325 CN201220486325U CN202819510U CN 202819510 U CN202819510 U CN 202819510U CN 201220486325 CN201220486325 CN 201220486325 CN 201220486325 U CN201220486325 U CN 201220486325U CN 202819510 U CN202819510 U CN 202819510U
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- saucer
- tube shape
- tapered tube
- steaming
- hopper
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Abstract
The utility model provides a tower type continuous-vibration tea steaming device. The tower type continuous-vibration tea steaming device comprises machine feet (1), a vibration motor (2), a rubber spring (3), a bottom discharge support (4), a tea steaming support (5), a top conical-pipe-shaped outer diffusion feeding bucket (6), a top connection framework (7) and a quick self-locking clamp (8), wherein the tea steaming support (5) is cylindrical and comprises a conical-pipe-shaped inner diffusion blanking hopper (11), 6-12 circumferentially and uniformly distributed tea steaming support connection frameworks (12), a conical-pipe-shaped outer diffusion blanking hopper (14), an annular steam spraying pipe (9), a steam inlet (13) and a tea steaming support shell (10); and the bottom discharge support (4) consists of a bottom conical-pipe-shaped inner diffusion discharging bucket (16), a bottom discharge support shell (15) and a vibration motor fixing plate (17). The tower type continuous-vibration tea steaming device disclosed by the utility model has the advantages of uniformity in humidifying and softening of tea leaves, short softening time, high efficiency, easiness in operation and control and capability of improving the product qualities of the tea leaves.
Description
One, technical field
The utility model relates to a kind of tower continuous shaking steaming tea device for steaming tea, particularly black tea tea making industry is being pressed requisite processing unit (plant) of manufacturing procedure stage continuously.
Two, background technology
The existing tea device that steams all adopts the static steaming tea of barreled, because the tealeaves of piling up in the barreled is many, generally all about 25KG,, there is little mesh steel plate at a bucket end, steaming tea time steam sprays at the bottom of by bucket, steam spray through the regular hour, tealeaves is softened by humidification, and then pours the bamboo square-bottomed bamboo basket into and press, the defective of this steaming tea is that the tealeaves humidification is softening inhomogeneous, soften when bucket seasoned millet mush leaf obtains normal humidification, the lower portion tealeaves of bucket through softening, excessively wet, directly affects product quality.
Three, summary of the invention
The purpose of this utility model provides a kind of tealeaves humidification that can make and softens evenly, softens the time weak point, efficient height, the tower continuous shaking steaming tea device that is easy to operate and control.
The tea device is steamed in tower continuous shaking of the present utility model, it is characterized in that it comprises under-chassis, vibrating motor, rubber spring, the circular discharging holder of bottom, the 3-4 in intermediate layer is steamed saucer, the tapered tube shape external diffusion feed hopper of top layer, the 6-12 bar is pressed the top layer connecting framework of circumference uniform distribution, 6-12 fast self-locking folder; Described steaming saucer is cylindrical shape, is to spread material-falling hopper in the tapered tube shape by the steaming saucer, and the 6-12 bar is pressed the steaming saucer connecting framework of circumference uniform distribution, steams the tapered tube shape external diffusion material-falling hopper of saucer, the annular steam playpipe, and the steam air intake steams the saucer shell and forms; Described bottom layer discharging holder is by diffusing out hopper in the bottom tapered tube shape, bottom layer discharging holder shell, vibrating motor fixed head composition; The upper end circumference external diameter that wherein diffuses out hopper in the bottom tapered tube shape is connected with the upper end circle inwall of bottom layer discharging holder shell, and the lower end conical surface is connected with the vibrating motor fixed head, at vibrating motor fixed head dress vibrating motor; The lower end mouth of pipe of the tapered tube shape external diffusion feed hopper of described top layer is connected with the upper end of top layer connecting framework, the lower end of top layer connecting framework is connected with the interior diffusion of the tapered tube shape material-falling hopper upper end that saucer steams in the superiors, the lower end of the steaming saucer of the superiors is connected with the upper end of the steaming saucer of lower one deck, the lower end of undermost steaming saucer is connected with the upper end of bottom layer discharging holder, and to make the distance of diffusion material-falling hopper upper end in the bottom of tapered tube shape external diffusion feed hopper of top layer and the tapered tube shape that saucer steams in the superiors be 10-20mm, the distance that the tapered tube shape external diffusion material-falling hopper bottom of saucer and the interior diffusion of the tapered tube shape material-falling hopper upper end that saucer steams in lower floor are steamed by the superiors is 10-20mm, and the distance that diffuses out the hopper upper end in the tapered tube shape external diffusion material-falling hopper bottom of orlop steaming saucer and the tapered tube shape of bottom is 10-20mm; The lower surface of described bottom layer discharging holder is connected to the upper end of rubber spring, connects under-chassis in the bottom of rubber spring; Described steaming saucer and to steam between the saucer and steam between saucer and the bottom layer discharging holder be to lock with the fast self-locking folder to be connected.
The tea device is steamed in tower continuous shaking of the present utility model, diffusion material-falling hopper upper port is larger than the lower port of the tapered tube shape external diffusion material-falling hopper that steams saucer in the tapered tube shape of described steaming saucer, the upper end circumference external diameter that steams the interior diffusion of the tapered tube shape material-falling hopper of saucer is connected with the upper end circle inwall that steams the saucer shell, lower port is blanking port, the lower end conical surface is connected with the upper end of steaming the saucer connecting framework, the lower end of steaming the saucer connecting framework is connected with the tapered tube shape external diffusion material-falling hopper upper end conical surface that steams saucer, the upper end vertex distance that spreads material-falling hopper lower end and garden Taper Pipe shape external diffusion material-falling hopper after connecting in the tapered tube shape is 10-20mm, the annular steam playpipe is contained in the steaming saucer outer casing inner wall of tapered tube shape external diffusion material-falling hopper lower position, simultaneously be provided with the steam vapor opening that is evenly distributed in the pipe circumference to the center of circle at the annular steam playpipe, the steam air intake passes steaming saucer shell and is connected with the mouth of pipe of annular steam playpipe.
The tea device is steamed in tower continuous shaking of the present utility model, the tapered tube shape external diffusion feed hopper of described top layer is big or small identical with the tapered tube shape external diffusion material-falling hopper that steams saucer, shape is big end down, upper end closed structure, and the lower port diameter is 900-1500mm, and height is 135-230mm; Steam in the tapered tube shape of saucer and diffuse out the big or small identical of hopper in the diffusion material-falling hopper and bottom tapered tube shape, shape is upper large, lower little tapered tube shape structure, the upper port interior diameter is 1194-1994mm, and the lower port interior diameter is 244-394mm, and height is 145-268mm; The overall diameter of bottom layer discharging holder is identical with the overall diameter that steams saucer, all is 1200-2000mm.
The tea device is steamed in tower continuous shaking of the present utility model, because bottom of device is equipped with vibrating motor, the tea material falls from tapered tube shape external diffusion feed hopper center, upper strata, and down moved by interior beating outward along the outline of tapered tube shape external diffusion feed hopper, then drop into the upper strata and steam saucer, the circular saucer that steams arrives the circular saucer that steams of basecoat from the upper strata again, the tea material drops into the bottom layer discharging holder again from the circular saucer that steams of basecoat, the tea material falls from the discharging opening of bottom layer discharging holder at last, the annular steam playpipe all is equipped with in the circular saucer inside of steaming, its effect is that the tea material falls from tapered tube shape external diffusion feed hopper center, upper strata, down beat and fall bottom layer discharging holder discharging opening and fall, whole process is subject to the injection of high-temperature steam and humidification and softening, reaches the purpose of steaming tea.
The tea device is steamed in tower continuous shaking of the present utility model, the tealeaves humidification is softened evenly, soften the time weak point, and efficient is high, is easy to operate and control the product quality of energy Effective Raise tealeaves.
Four, description of drawings
Fig. 1 is the overall structure schematic diagram that the tea device is steamed in the tower quick continuous shaking of the utility model;
Fig. 2 is the circle steaming saucer schematic diagram that the tea device is steamed in the tower quick continuous shaking of the utility model;
The bottom layer discharging holder schematic diagram of tea device is steamed in the tower quick continuous shaking of Fig. 3 the utility model.
1 is under-chassis among the figure, the 2nd, vibrating motor, the 3rd, rubber spring, the 4th, the bottom layer discharging holder, the 5th, steam saucer, the 6th, the tapered tube shape external diffusion feed hopper of top layer, the 7th, top layer connecting framework, the 8th, the fast self-locking folder, the 9th, the annular steam playpipe, the 10th, steam the saucer shell, the 11st, diffusion material-falling hopper in the tapered tube shape of steaming saucer, the 12nd, steam the saucer connecting framework, the 13rd, steam air intake, the 14th, the tapered tube shape external diffusion material-falling hopper of steaming saucer, the 15th, bottom layer discharging holder shell, the 16th, diffuse out hopper in the bottom tapered tube shape, the 17th, the vibrating motor fixed head.
Five, the specific embodiment
Further specify the structure that the tea device is steamed in the tower continuous shaking of the utility model below in conjunction with accompanying drawing.
Referring to accompanying drawing, the tea device is steamed in the tower continuous shaking of the utility model, comprises under-chassis 1, vibrating motor 2, rubber spring 3, the circular discharging holder 4 of bottom, saucer 5 is steamed in 3 in middle level, 6,8 of the tapered tube shape external diffusion feed hoppers of top layer are pressed 7,6 fast self-lockings folders 8 of circular uniform top layer connecting framework; The conical tube height of the tapered tube shape external diffusion feed hopper 6 of described top layer is 135mm, and the top is sealing on the conical tube, and conical tube lower port diameter is 900mm, and top layer connecting framework 7 height are 50mm, and width is 50mm; The circular discharging holder 4 of described bottom is by diffusing out hopper 16 in the bottom tapered tube shape, bottom layer discharging holder shell 15, vibrating motor fixed head 17 forms, the lower end circumferential edge of bottom layer discharging holder 4 and the upper end of rubber spring 3 join, the bottom of rubber spring 3 connects under-chassis 1, the upper end circumference external diameter that diffuses out hopper 16 in the bottom tapered tube shape is connected with the upper end circle inwall of bottom layer discharging holder shell 15, and the lower end conical surface is connected with vibrating motor fixed head 17, at vibrating motor fixed head 17 dress vibrating motors 2; Described steaming saucer 5 is cylindrical shapes, is to be steamed by the tapered tube shape that steams saucer to spread the steaming saucer connecting framework 12 that 11,8 of material-falling hoppers are pressed circumference uniform distribution in the saucer, steam the tapered tube shape external diffusion material-falling hopper 14 of saucer, annular steam playpipe 9, steam air intake 13 steams saucer shell 10 and forms; Wherein, annular steam playpipe 9 is contained in steaming saucer shell 10 inwalls of tapered tube shape external diffusion material-falling hopper 14 bottoms, simultaneously be provided with the steam vapor opening that is uniformly distributed in circumference to the center of circle at annular steam playpipe 9, steam air intake 13 passes steaming saucer shell 10 and is connected with the mouth of pipe of annular steam playpipe 9; The upper end of described top layer connecting framework 7 is connected with the lower end mouth of pipe of the tapered tube shape external diffusion feed hopper 6 of top layer, the lower end is connected with the upper end circle inner rim that the interior diffusion of the tapered tube shape material-falling hopper 11 of saucer steams in the superiors, the minimum range that the interior diffusion of the tapered tube shape material-falling hopper 11 of saucer steams in the bottom of the tapered tube shape external diffusion feed hopper 6 of top layer and the superiors is 50mm, and the tea material can flow into by this spacing the upper end of the interior diffusion of the tapered tube shape material-falling hopper 11 that steams saucer; Diffuse out the shape of hopper 16 and big or small identical in the tapered tube shape of described steaming saucer in diffusion material-falling hopper 11 and the bottom tapered tube shape, it highly is 145mm, and the upper port overall diameter is 11994mm, and the lower port diameter is 244mm; The tapered tube shape external diffusion material-falling hopper 14 that steams saucer is identical with size with the shape of the tapered tube shape external diffusion feed hopper 6 of top layer; Diffusion material-falling hopper 11 upper end circumference external diameters are connected with the upper end circle inwall that steams saucer shell 10 in the tapered tube shape of described steaming saucer, the lower end conical surface is connected with the upper end of steaming saucer connecting framework 12, the lower end of steaming saucer connecting framework 12 is connected with the tapered tube shape external diffusion material-falling hopper 14 upper end conical surfaces that steam saucer, steam after connecting that the upper end vertex distance of diffusion material-falling hopper 11 lower ends and the tapered tube shape external diffusion material-falling hopper 14 that steams saucer be 10mm in the tapered tube shape of saucer, will steam saucer 5 and steam between the saucer 5 and steam between saucer 5 and the bottom layer discharging holder 4 be with fast self-locking press from both sides lock connect after.The minimum range of diffusion material-falling hopper 11 is 50mm in the tapered tube shape that the bottom of the garden Taper Pipe shape external diffusion material-falling hopper 14 of last layer steaming saucer and lower one deck steam saucer, and the minimum range that diffuses out hopper 16 in the bottom of the garden Taper Pipe shape external diffusion material-falling hopper 14 of basecoat steaming saucer and the tapered tube shape of bottom layer discharging holder 4 is 50mm.Like this, the tea material can successfully steam saucer inflow middle level steaming saucer and flow into lower floor's steaming saucer again from the upper strata, and the lower end discharging opening that diffuses out hopper 16 in the tapered tube shape finally by bottom layer discharging holder 4 falls.The diameter of bottom layer discharging holder 4 is identical with steaming saucer 5 diameters.Steaming saucer 5 and steaming between the saucer 5 and steam between saucer 5 and the bottom layer discharging holder 4 is to lock with the fast self-locking folder to be connected, with the fast and easy installation or removal.
Using tower continuous shaking of the present utility model to steam the tea device, to steam the tea process as follows:
The tea material falls from tapered tube shape external diffusion feed hopper 6 centers of top layer, and along the outline of tapered tube shape external diffusion feed hopper 6 by interior beat outward down to move drop into the upper end that diffusion material-falling hopper 11 in the tapered tube shape of saucer steams in the superiors, and the interior profile of diffusion material-falling hopper 11 is down moved by outer beating toward in the tapered tube shape, then drop into the upper center of the tapered tube shape external diffusion material-falling hopper 14 that steams saucer, the tea material is down moved by interior beating outward along the outline of tapered tube shape external diffusion material-falling hopper 14 again, the high-temperature steam that all is subject to annular steam playpipe 9 in whole process of beating down motion sprays, and it is softening that tealeaves obtains full and uniform humidification.In dropping into the bottom tapered tube shape of bottom layer discharging holder 4, the tea material steams the tapered tube shape external diffusion material-falling hopper 14 of saucer from orlop lower limb diffuses out the upper end of hopper 16, and the interior profile that diffuses out hopper 16 in the bottom tapered tube shape is down moved by outer beating toward in, the lower end discharging opening that diffuses out at last hopper 16 in the bottom tapered tube shape falls, and it is softening namely to finish the tealeaves humidification.
Claims (3)
1. the tea device is steamed in a tower continuous shaking, it is characterized in that it comprises under-chassis (1), vibrating motor (2), rubber spring (3), the circular discharging holder (4) of bottom, the 3-4 in intermediate layer is steamed saucer (5), the tapered tube shape external diffusion feed hopper (6) of top layer, the 6-12 bar is pressed the top layer connecting framework (7) of circumference uniform distribution, 8-12 fast self-locking folder (8); Described steaming saucer (5) is cylindrical shape, by spreading material-falling hopper (11) in the tapered tube shape that steams saucer, the 6-12 bar is pressed the steaming saucer connecting framework (12) of circumference uniform distribution, steam the tapered tube shape external diffusion material-falling hopper (14) of saucer, annular steam playpipe (9), steam air intake (13) steams saucer shell (10) and forms; Described bottom layer discharging holder (4) is by diffusing out hopper (16) in the bottom tapered tube shape, bottom layer discharging holder shell (15), vibrating motor fixed head (17) composition; The upper end circumference external diameter that diffuses out hopper (16) in the bottom tapered tube shape is connected with the upper end circle inwall of bottom layer discharging holder shell (15), the lower end conical surface is connected with vibrating motor fixed head (17), at vibrating motor fixed head (17) dress vibrating motor (2); The lower end mouth of pipe of the tapered tube shape external diffusion feed hopper (6) of described top layer is connected with the upper end of top layer connecting framework (7), the lower end of top layer connecting framework (7) is connected with tapered tube shape interior diffusion material-falling hopper (11) upper end that saucer (5) steams in the superiors, the lower end of the steaming saucer (5) of the superiors is connected with the upper end of the steaming saucer (5) of lower one deck, the lower end of undermost steaming saucer (5) is connected with the upper end of bottom layer discharging holder (4), and to make the distance of diffusion material-falling hopper (11) upper end in the bottom of tapered tube shape external diffusion feed hopper (6) of top layer and the tapered tube shape that saucer steams in the superiors be 10-20mm, tapered tube shape external diffusion material-falling hopper (14) bottom of saucer is steamed by the superiors and the distance of tapered tube shape interior diffusion material-falling hopper (11) upper end that saucer (5) steams in lower floor is 10-20mm, and the distance that diffuses out hopper (16) upper end in tapered tube shape external diffusion material-falling hopper (14) bottom of orlop steaming saucer and the tapered tube shape of bottom is 10-20mm; The lower surface of described bottom layer discharging holder (4) is connected to the upper end of rubber spring (3), connects under-chassis (1) in the bottom of rubber spring (3); Described steaming saucer (5) and to steam between the saucer (5) and steam between saucer (5) and the bottom layer discharging holder (4) be to press from both sides (8) with fast self-locking to lock and be connected.
2. the tea device is steamed in tower continuous shaking according to claim 1, the interior diffusion of tapered tube shape material-falling hopper (11) upper port that it is characterized in that described steaming saucer is larger than the lower port of the tapered tube shape external diffusion material-falling hopper (14) that steams saucer, the upper end circumference external diameter that steams the tapered tube shape interior diffusion material-falling hopper (11) of saucer is connected with the upper end circle inwall that steams saucer shell (10), lower port is blanking port, the lower end conical surface is connected with the upper end of steaming saucer connecting framework (12), the lower end of steaming saucer connecting framework (12) is connected with tapered tube shape external diffusion material-falling hopper (14) the upper end conical surface that steams saucer, the upper end vertex distance that spreads material-falling hopper (11) lower end and garden Taper Pipe shape external diffusion material-falling hopper (14) after connecting in the tapered tube shape is 10-20mm, annular steam playpipe (9) is contained in steaming saucer shell (10) inwall of tapered tube shape external diffusion material-falling hopper (14) lower position, simultaneously be provided with the steam vapor opening that is evenly distributed in the pipe circumference to the center of circle at annular steam playpipe (9), steam air intake (13) passes steaming saucer shell (10) and is connected with the mouth of pipe of annular steam playpipe (9).
3. the tea device is steamed in tower continuous shaking according to claim 1 and 2, it is characterized in that the big or small identical of the tapered tube shape external diffusion feed hopper (6) of described top layer and the tapered tube shape external diffusion material-falling hopper (14) that steams saucer, shape is big end down, upper end closed structure, the lower port diameter is 900-1500mm, and height is 135-230mm; Steam in the tapered tube shape of saucer (5) and diffuse out the big or small identical of hopper (16) in the diffusion material-falling hopper (11) and bottom tapered tube shape, shape is upper large, lower little tapered tube shape structure, the upper port interior diameter is 1194-1994mm, the lower port interior diameter is 244-394mm, and height is 145-268mm; The overall diameter of bottom layer discharging holder (4) is identical with the overall diameter that steams saucer (5), all is 1200-2000mm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220486325 CN202819510U (en) | 2012-09-17 | 2012-09-17 | Tower type continuous-vibration tea steaming device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220486325 CN202819510U (en) | 2012-09-17 | 2012-09-17 | Tower type continuous-vibration tea steaming device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202819510U true CN202819510U (en) | 2013-03-27 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220486325 Withdrawn - After Issue CN202819510U (en) | 2012-09-17 | 2012-09-17 | Tower type continuous-vibration tea steaming device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202819510U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102860369A (en) * | 2012-09-17 | 2013-01-09 | 梧州市天誉茶业有限公司 | Tower-type continuous vibration tea-steaming device |
| CN103918811A (en) * | 2014-04-23 | 2014-07-16 | 黄山市天方茶叶有限公司 | Steaming kettle |
| CN105532941A (en) * | 2016-01-05 | 2016-05-04 | 云南下关沱茶（集团）股份有限公司 | Small compressed tea steaming device |
-
2012
- 2012-09-17 CN CN 201220486325 patent/CN202819510U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102860369A (en) * | 2012-09-17 | 2013-01-09 | 梧州市天誉茶业有限公司 | Tower-type continuous vibration tea-steaming device |
| CN103918811A (en) * | 2014-04-23 | 2014-07-16 | 黄山市天方茶叶有限公司 | Steaming kettle |
| CN105532941A (en) * | 2016-01-05 | 2016-05-04 | 云南下关沱茶（集团）股份有限公司 | Small compressed tea steaming device |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20130327 Effective date of abandoning: 20130821 |
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| RGAV | Abandon patent right to avoid regrant |