CN204032219U - Cherry unfreezing machine - Google Patents
Cherry unfreezing machine Download PDFInfo
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- CN204032219U CN204032219U CN201420430954.1U CN201420430954U CN204032219U CN 204032219 U CN204032219 U CN 204032219U CN 201420430954 U CN201420430954 U CN 201420430954U CN 204032219 U CN204032219 U CN 204032219U
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Abstract
The utility model discloses a kind of cherry unfreezing machine, comprising: thawing vat, described thawing vat comprises thaw straight trough and output skewed slot; Transmission device, described transmission device comprises drive motors, and the clutch end of described drive motors is connected with belt conveyor roller, coatedly on described belt conveyor roller is provided with mesh belt conveyor; Hot water storgae, is provided with the recirculated water screen pack groove be positioned at below described melt water overflow launder in described hot water storgae; Heater, described heater comprises the some steam-heating pipes be positioned at bottom described hot water storgae, and described steam-heating pipe is connected with vapours source by pipe; Water circle device, water circle device comprises pump motor, and described pump motor is connected with water circulating pump, and described water circulating pump is connected between described thawing vat and described hot water storgae.The utility model can clean cherry by quick-thawing, and respond well, operating efficiency is high, uses and saves water energy, avoid the wasting of resources, have very high economic benefit.
Description
Technical field
The utility model relates to a kind of food processing equipment, particularly relates to a kind of cherry unfreezing machine.
Background technology
The fruit of cherry can eat as fruit, bright in colour, sparkling and crystal-clear beauty, red in agate, yellow as congealed fat, nutrition is abundant especially, fruit is rich in the multiple element such as sugar, protein, vitamin and calcium, iron, phosphorus, potassium, has started plantation in the most area of China, goes bad to prevent cherry, often the cherry picked is put into freezer and carry out freezing, therefore the surface of cherry can freeze.Again added to cherry man-hour, need first cherry to be thawed, but cherry can not thaw by existing unfreezing machine fast, in course of defrosting, easily cause soup fruit or occur insufficient phenomenon of thawing, and the dilutional hyponatremia used, cause energy waste, also increase processing cost.
Utility model content
Technical problem to be solved in the utility model is to provide one can clean cherry by quick-thawing, and operating efficiency is high, uses and saves water energy, avoid the wasting of resources, have the cherry unfreezing machine of very high economic benefit.
For solving the problems of the technologies described above, the technical solution of the utility model is: cherry unfreezing machine, comprising:
Thawing vat, described thawing vat comprises thaw straight trough and output skewed slot, the described straight trough that thaws is connected with melt water water inlet pipe and waste water outlet pipe, the material inlet end of the described straight trough inside that thaws is provided with the charging baffle plate sloping inwardly and arrange, the described both sides thawing straight trough inside are provided with water strainer orifice plate, described charging baffle plate, all arranging with the bottom interval of the described straight trough that thaws below of described water strainer orifice plate, described charging baffle plate, the water cavity that thaws be communicated with the described straight trough inside that thaws is provided with between described water strainer orifice plate and the sidewall of the described straight trough that thaws, the outside of the described straight trough that thaws also is provided with the recirculated water drain tank be communicated with the described straight trough that thaws, the outside of the described straight trough that thaws is provided with the melt water overflow launder be communicated with the described water cavity that thaws, described melt water overflow launder is communicated to described recirculated water drain tank, the material output of the described straight trough that thaws is connected with the described output skewed slot of height higher than the described straight trough that thaws,
Transmission device, described transmission device comprises drive motors, the clutch end of described drive motors is connected with belt conveyor roller, on described belt conveyor roller coated be provided be positioned at described in thaw the mesh belt conveyor of straight trough and described output skewed slot, the feed end of described mesh belt conveyor extends to the below of described charging baffle plate, the described mesh belt conveyor of straight trough of thawing described in being positioned at is horizontally disposed with, the described mesh belt conveyor being positioned at described output skewed slot along throughput direction gradually elevation tilt arrange;
Hot water storgae, is provided with the recirculated water screen pack groove be positioned at below described melt water overflow launder in described hot water storgae, be longitudinally provided with recirculated water secondary filter web plate in described hot water storgae, described hot water storgae is connected with cold water inlet and hot water outlet pipe;
Heater, described heater comprises the some steam-heating pipes be positioned at bottom described hot water storgae, and described steam-heating pipe is connected with vapours source by pipe;
Water circle device, water circle device comprises pump motor, and described pump motor is connected with water circulating pump, the inlet end of described water circulating pump and described hot water outlet pipe, and the water outlet end of described water circulating pump is connected with described melt water water inlet pipe.
As preferred technical scheme, described water strainer orifice plate comprises the upper water strainer orifice plate be obliquely installed, described upper water strainer orifice plate offers Butterworth Hatch, and described Butterworth Hatch is provided with cleaning cover plate, is connected with the lower water strainer orifice plate vertically arranged below described upper water strainer orifice plate.
As the improvement to technique scheme, described in the thaw connectivity part of straight trough and recirculated water drain tank be provided with recirculated water and discharge screen pack.
As the further improvement to technique scheme, the dual-side portion of described mesh belt conveyor is positioned at the below of water strainer orifice plate described in respective side and the water cavity that thaws described in extending to.
As the further improvement to technique scheme, described mesh belt conveyor is provided with some baffle conveyings holded up, and the below of described charging baffle plate is hinged with upset baffle plate, is provided with reduction torsion spring between described charging baffle plate and described upset baffle plate.
As improving especially further technique scheme, temperature sensor is provided with in described hot water storgae, described temperature sensor is connected with temperature controller, and the control output end of described temperature controller is connected with the steam control valve be arranged on described steam-heating pipe and described vapours source connecting line.
As improving especially further technique scheme, described in the thaw outside of straight trough be provided with ladder rack.
Owing to have employed technique scheme, during work, described cold water inlet is connected with running water pipe, and cold water enters in described hot water storgae, described vapours source is described steam-heating pipe supply vapours, heats water in described hot water storgae to arrive the hot water of set point of temperature.Pump motor of fetching boiling water drives described water circulating pump, hot water in described hot water storgae continues to flow and thaws in straight trough described in described hot water outlet pipe, described water circulating pump and described melt water water inlet pipe enter into, described in the water thawed in straight trough be filled to described in thaw in water cavity.When described thaw water cavity and the described water in straight trough of thawing arrive certain altitude, flow out from described melt water overflow launder and described recirculated water drain tank, then be drained in described hot water storgae from described recirculated water drain tank, form the loop of water circulation, greatly saved and used water.Needing the cherry thawed to be poured into by the material inlet end of the described straight trough inside that thaws drops on described mesh belt conveyor, along with the conveying of described mesh belt conveyor, and in the described straight trough that thaws hot water washing away under, cherry can either quick-thawing, can be cleaned up again.Cherry the delivering in described output skewed slot with described mesh belt conveyor of thawing after cleaning, raises drop while of spinning off from the described hot water thawed in straight trough gradually and falls the moisture itself carried, finally from the high-end discharging of described output skewed slot.After hours, water is discharged by described waste water outlet pipe, is cleaned out by machine.Described water strainer orifice plate, described recirculated water screen pack groove and described recirculated water secondary filter web plate can impurity effectively in filtered water, guarantee that cherry cleans up.The utility model can clean cherry by quick-thawing, and respond well, operating efficiency is high, uses and saves water energy, avoid the wasting of resources, have very high economic benefit.
Accompanying drawing explanation
The following drawings is only intended to schematically illustrate the utility model and explain, does not limit scope of the present utility model.Wherein:
Fig. 1 is the structural representation of the utility model embodiment;
Fig. 2 is the utility model embodiment top view;
Fig. 3 is the sectional view of the utility model embodiment thawing vat along mass transport direction;
Fig. 4 is that the utility model embodiment is thawed the transverse sectional view of straight trough.
In figure: 101-thaws straight trough; 102-exports skewed slot; 103-melt water water inlet pipe; 104-waste water outlet pipe; 105-charging baffle plate; The upper water strainer orifice plate of 106-; 107-cleans cover plate; Water strainer orifice plate under 108-; 109-thaws water cavity; 110-recirculated water drain tank; 111-melt water overflow launder; 112-ladder rack; 201-belt conveyor roller; 202-mesh belt conveyor; 203-baffle conveying; 204-overturns baffle plate; 205-reduction torsion spring; 301-hot water storgae; 302-recirculated water screen pack groove; 303-recirculated water secondary filter web plate; 304-cold water inlet; 305-hot water outlet pipe; 401-steam-heating pipe; 402-vapours source; 403-temperature sensor; 501-pump motor; 502-water circulating pump.
Detailed description of the invention
Below in conjunction with drawings and Examples, set forth the utility model further.In the following detailed description, the mode only by illustrating describes some one exemplary embodiment of the present utility model.Undoubtedly, those of ordinary skill in the art can recognize, when not departing from spirit and scope of the present utility model, can revise by various different mode to described embodiment.Therefore, accompanying drawing is illustrative with being described in essence, instead of for limiting the protection domain of claim.
As shown in Figure 1, Figure 2, Figure 3 and Figure 4, cherry unfreezing machine, comprising:
Thawing vat, described thawing vat comprises thaw straight trough 101 and output skewed slot 102, the described straight trough 101 that thaws is connected with melt water water inlet pipe 103 and waste water outlet pipe 104, the described material inlet end thawing straight trough 101 inside is provided with the charging baffle plate 105 sloping inwardly and arrange, described charging baffle plate 105 is obliquely installed, and can effectively avoid damaging cherry.The described both sides thawing straight trough 101 inside are provided with water strainer orifice plate, described charging baffle plate 105, all arranging with the bottom interval of the described straight trough 101 that thaws below of described water strainer orifice plate, described charging baffle plate 105, the water cavity 109 that thaws be communicated with described straight trough 101 inside that thaws is provided with between described water strainer orifice plate and the sidewall of the described straight trough 101 that thaws, the described water cavity 109 that thaws is communicated with bottom the described straight trough 101 that thaws, also can be communicated with by the mesh on described water strainer orifice plate simultaneously, current are facilitated to pass to the cleaning cherry that just thaws, described water strainer orifice plate can play good filtration in addition, intercept the impurity after the cleaning cherry that thaws in water and refuse.The outside of the described straight trough 101 that thaws also is provided with the recirculated water drain tank 110 be communicated with the described straight trough 101 that thaws, the described outside thawing straight trough 101 is provided with the melt water overflow launder 111 be communicated with the described water cavity 109 that thaws, described melt water overflow launder 111 is communicated to described recirculated water drain tank 110, when in the described straight trough 101 that thaws, water is full, water can be discharged from described recirculated water drain tank 110, also the water thawed in water cavity 109 described in can being flows to described recirculated water drain tank 110 from described melt water overflow launder 111 and discharges, the water level in straight trough 101 that thaws described in making keeps balance, avoid water to overflow and pollute working environment.The material output of the described straight trough 101 that thaws is connected with the described output skewed slot 102 of height higher than the described straight trough 101 that thaws;
Transmission device, described transmission device comprises drive motors (not shown), the clutch end of described drive motors is connected with belt conveyor roller 201, on described belt conveyor roller 201 coated be provided be positioned at described in thaw the mesh belt conveyor 202 of straight trough 101 and described output skewed slot 102, described mesh belt conveyor 202 mesh is arranged, and facilitates current to pass to the cleaning cherry that just thaws.The feed end of described mesh belt conveyor 202 extends to the below of described charging baffle plate 105, the described mesh belt conveyor 202 of straight trough 101 of thawing described in being positioned at is horizontally disposed with, the described mesh belt conveyor 202 being positioned at described output skewed slot 102 along throughput direction gradually elevation tilt arrange;
Hot water storgae 301, the recirculated water screen pack groove 302 be positioned at below described melt water overflow launder 111 is provided with in described hot water storgae 301, longitudinally be provided with recirculated water secondary filter web plate 303 in described hot water storgae 301, described hot water storgae 301 is connected with cold water inlet 304 and hot water outlet pipe 305; Described recirculated water screen pack groove 302 and described recirculated water secondary filter web plate 303 can play good filtration, intercept the impurity after the cleaning cherry that thaws in water and refuse.
Heater, described heater comprises the some steam-heating pipes 401 be positioned at bottom described hot water storgae 301, and described steam-heating pipe 401 is connected with vapours source 402 by pipe; Said structure quick heating, can provide for described thawing vat the required hot water that thaws.
Water circle device, water circle device comprises pump motor 501, described pump motor 501 is connected with water circulating pump 502, the inlet end of described water circulating pump 502 and described hot water outlet pipe 305, the water outlet end of described water circulating pump 502 is connected with described melt water water inlet pipe 103, and said structure plays good guide effect to water, makes water form a closed circuit at described hot water storgae 301 and described thawing vat, greatly save water energy, avoid energy waste.
During work, described cold water inlet 304 is connected with running water pipe, and cold water enters in described hot water storgae 301, and described vapours source 402 supplies vapours for described steam-heating pipe 401, heats water in described hot water storgae 301 to arrive the hot water of set point of temperature.Pump motor 501 of fetching boiling water drives described water circulating pump 502, hot water in described hot water storgae 301 continues to flow and thaws in straight trough 101 described in described hot water outlet pipe 305, described water circulating pump 502 and described melt water water inlet pipe 103 enter into, described in the water thawed in straight trough 101 be filled to described in thaw in water cavity 109.When described thaw water cavity 109 and the described water in straight trough 101 of thawing arrive certain altitude, flow out from described melt water overflow launder 111 and described recirculated water drain tank 110, then be drained in described hot water storgae 301 from described recirculated water drain tank 110, form the loop of water circulation, greatly saved and used water.Needing the cherry thawed to be poured into by the described material inlet end thawing straight trough 101 inside drops on described mesh belt conveyor 202, along with the conveying of described mesh belt conveyor 202, and in the described straight trough 101 that thaws hot water washing away under, cherry can either quick-thawing, can be cleaned up again.The cherry after cleaning that thaws delivers in described output skewed slot 102 with described mesh belt conveyor 202, raise drop while of spinning off from the described hot water thawed in straight trough 101 gradually and fall the moisture itself carried, finally from the high-end discharging of described output skewed slot 102.After hours, water is discharged by described waste water outlet pipe 104, is cleaned out by machine.Described water strainer orifice plate, described recirculated water screen pack groove 302 and described recirculated water secondary filter web plate 303 can impurity effectively in filtered water, guarantee that cherry cleans up.The present embodiment can clean cherry by quick-thawing, and respond well, operating efficiency is high, uses and saves water energy, avoid the wasting of resources, have very high economic benefit.
Described water strainer orifice plate comprises the upper water strainer orifice plate 106 be obliquely installed, described upper water strainer orifice plate 106 offers Butterworth Hatch, described Butterworth Hatch is provided with cleaning cover plate 107, is connected with the lower water strainer orifice plate 108 vertically arranged below described upper water strainer orifice plate 106.Described upper water strainer orifice plate 106 enough plays good cushioning effect, avoids water to overflow, and described cleaning cover plate 107 can be opened, and is convenient to cleaning inner.
The described straight trough 101 that thaws is provided with recirculated water with the connectivity part of recirculated water drain tank 110 and discharges screen pack (not shown).Said structure can play good filtration, intercepts the impurity after the cleaning cherry that thaws in water and refuse.
The dual-side portion of described mesh belt conveyor 202 is positioned at the below of water strainer orifice plate described in respective side and the water cavity 109 that thaws described in extending to, said structure can guarantee that cherry is positioned on described mesh belt conveyor 202 all the time, avoid from described mesh belt conveyor 202 drop enter into described in thaw in water cavity 109 or described in thaw the bottom of straight trough 101, can also install obstruct bar additional inside described water strainer orifice plate in addition, effect is more obviously good.
Described mesh belt conveyor 202 is provided with some baffle conveyings 203 holded up, the below of described charging baffle plate 105 is hinged with upset baffle plate 204, reduction torsion spring 205 is provided with between described charging baffle plate 105 and described upset baffle plate 204, cherry is fallen on described mesh belt conveyor 202 and is carried thereupon, described upset baffle plate 204 contacts with described baffle conveying 203, described upset baffle plate 204 is driven to open, promotion barrier effect is played to cherry, cherry is avoided to come off from described mesh belt conveyor 202, drop to described charging baffle plate 105 rear or described in thaw the bottom of straight trough 101, described upset baffle plate 204 and described baffle conveying 203 are across rear, described upset baffle plate 204 resets under the restoring force effect of described reduction torsion spring 205.
Temperature sensor 403 is provided with in described hot water storgae 301, described temperature sensor 403 is connected with temperature controller (not shown), and the control output end of described temperature controller is connected with and is arranged on described steam-heating pipe 401 and the steam control valve (not shown) on the connecting line of described vapours source 402.Described temperature sensor 403 is used for detecting the water temperature in described hot water storgae 301, and by information transmission to described temperature controller, described temperature controller controls described steam control valve, control described vapours source 402 with this and supply Steam Heating, incremental raising water temperature, water temperature liter in described hot water storgae 301 is slowed down, measure coolant-temperature gage constantly, described thawing vat charging is how many, and required heat energy is how many, feed back to described temperature controller, after described temperature controller process, send instruction to control circuit, the water temperature in described hot water storgae 301 is improved by the ratio value of the make-and-break time controlling described steam control valve, through described water circulating pump 502, water is squeezed in described thawing vat again, heat up described thawing vat temperature.Because the temperature rise of described thawing vat and described hot water storgae 301 and cooling are gradual change or change, effectively prevent original directly break-make or large and then cause Tang Guohe to thaw insufficient drawback by described hot water storgae 301 difference variation.Described temperature controller is prior art to those skilled in the art, directly can adopt existing product, and its concrete structure and operation principle do not repeat them here.
The described outside thawing straight trough 101 is provided with ladder rack 112, and said structure facilitates workman to ascend a height, and is poured in described thawing vat by cherry.
More than show and describe general principle of the present utility model, principal character and advantage of the present utility model.The technical staff of the industry should understand; the utility model is not restricted to the described embodiments; what describe in above-described embodiment and description just illustrates principle of the present utility model; under the prerequisite not departing from the utility model spirit and scope; the utility model also has various changes and modifications, and these changes and improvements all fall within the scope of claimed the utility model.The claimed scope of the utility model is defined by appending claims and equivalent thereof.
Claims (7)
1. cherry unfreezing machine, is characterized in that, comprising:
Thawing vat, described thawing vat comprises thaw straight trough and output skewed slot, the described straight trough that thaws is connected with melt water water inlet pipe and waste water outlet pipe, the material inlet end of the described straight trough inside that thaws is provided with the charging baffle plate sloping inwardly and arrange, the described both sides thawing straight trough inside are provided with water strainer orifice plate, described charging baffle plate, all arranging with the bottom interval of the described straight trough that thaws below of described water strainer orifice plate, described charging baffle plate, the water cavity that thaws be communicated with the described straight trough inside that thaws is provided with between described water strainer orifice plate and the sidewall of the described straight trough that thaws, the outside of the described straight trough that thaws also is provided with the recirculated water drain tank be communicated with the described straight trough that thaws, the outside of the described straight trough that thaws is provided with the melt water overflow launder be communicated with the described water cavity that thaws, described melt water overflow launder is communicated to described recirculated water drain tank, the material output of the described straight trough that thaws is connected with the described output skewed slot of height higher than the described straight trough that thaws,
Transmission device, described transmission device comprises drive motors, the clutch end of described drive motors is connected with belt conveyor roller, on described belt conveyor roller coated be provided be positioned at described in thaw the mesh belt conveyor of straight trough and described output skewed slot, the feed end of described mesh belt conveyor extends to the below of described charging baffle plate, the described mesh belt conveyor of straight trough of thawing described in being positioned at is horizontally disposed with, the described mesh belt conveyor being positioned at described output skewed slot along throughput direction gradually elevation tilt arrange;
Hot water storgae, is provided with the recirculated water screen pack groove be positioned at below described melt water overflow launder in described hot water storgae, be longitudinally provided with recirculated water secondary filter web plate in described hot water storgae, described hot water storgae is connected with cold water inlet and hot water outlet pipe;
Heater, described heater comprises the some steam-heating pipes be positioned at bottom described hot water storgae, and described steam-heating pipe is connected with vapours source by pipe;
Water circle device, water circle device comprises pump motor, and described pump motor is connected with water circulating pump, the inlet end of described water circulating pump and described hot water outlet pipe, and the water outlet end of described water circulating pump is connected with described melt water water inlet pipe.
2. cherry unfreezing machine as claimed in claim 1, it is characterized in that: described water strainer orifice plate comprises the upper water strainer orifice plate be obliquely installed, described upper water strainer orifice plate offers Butterworth Hatch, described Butterworth Hatch is provided with cleaning cover plate, is connected with the lower water strainer orifice plate vertically arranged below described upper water strainer orifice plate.
3. cherry unfreezing machine as claimed in claim 1, is characterized in that: described in the thaw connectivity part of straight trough and recirculated water drain tank be provided with recirculated water and discharge screen pack.
4. cherry unfreezing machine as claimed in claim 1, is characterized in that: the dual-side portion of described mesh belt conveyor is positioned at the below of water strainer orifice plate described in respective side and the water cavity that thaws described in extending to.
5. cherry unfreezing machine as claimed in claim 1, it is characterized in that: described mesh belt conveyor is provided with some baffle conveyings holded up, the below of described charging baffle plate is hinged with upset baffle plate, is provided with reduction torsion spring between described charging baffle plate and described upset baffle plate.
6. cherry unfreezing machine as claimed in claim 1, it is characterized in that: in described hot water storgae, be provided with temperature sensor, described temperature sensor is connected with temperature controller, and the control output end of described temperature controller is connected with the steam control valve be arranged on described steam-heating pipe and described vapours source connecting line.
7. the cherry unfreezing machine as described in claim as arbitrary in claim 1 to 6, is characterized in that: described in the thaw outside of straight trough be provided with ladder rack.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420430954.1U CN204032219U (en) | 2014-07-31 | 2014-07-31 | Cherry unfreezing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420430954.1U CN204032219U (en) | 2014-07-31 | 2014-07-31 | Cherry unfreezing machine |
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| Publication Number | Publication Date |
|---|---|
| CN204032219U true CN204032219U (en) | 2014-12-24 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420430954.1U Active CN204032219U (en) | 2014-07-31 | 2014-07-31 | Cherry unfreezing machine |
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| CN (1) | CN204032219U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105360280A (en) * | 2015-11-20 | 2016-03-02 | 重庆市骞焰机械有限责任公司 | Unfreezer for unfreezing of fruits and vegetables |
| CN106387013A (en) * | 2016-11-24 | 2017-02-15 | 南通天龙畜产品有限公司 | Gradient small intestine unfreezing device |
| CN107125295A (en) * | 2017-06-08 | 2017-09-05 | 无锡市新耀生物工程技术有限公司 | A kind of ice fish thawing apparatus |
-
2014
- 2014-07-31 CN CN201420430954.1U patent/CN204032219U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105360280A (en) * | 2015-11-20 | 2016-03-02 | 重庆市骞焰机械有限责任公司 | Unfreezer for unfreezing of fruits and vegetables |
| CN106387013A (en) * | 2016-11-24 | 2017-02-15 | 南通天龙畜产品有限公司 | Gradient small intestine unfreezing device |
| CN107125295A (en) * | 2017-06-08 | 2017-09-05 | 无锡市新耀生物工程技术有限公司 | A kind of ice fish thawing apparatus |
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