CN207973741U

CN207973741U - Bushing type for berries material is risen again device

Info

Publication number: CN207973741U
Application number: CN201821469090.9U
Authority: CN
Inventors: 季道远; 张志牟
Original assignee: Shandong Black Raspberry Biotechnology Development Co Ltd
Current assignee: Shandong Black Raspberry Biotechnology Development Co Ltd
Priority date: 2018-09-10
Filing date: 2018-09-10
Publication date: 2018-10-16
Anticipated expiration: 2028-09-10

Abstract

It the utility model is related to rise again device for the bushing type of berries material, is installed between screw pump and commissioning pipe, is characterized in that, agent structure is by transfer pipeline, pipeline is isolated, pipeline of rising again, and the steam generator being connected with pipeline of rising again is constituted；The transfer pipeline is used to provide the transfer passage of material, and feed inlet is connected with the discharge port of screw pump, and discharge port is connected with commissioning pipe；The isolation pipeline is sheathed on the outside of the transfer pipeline；The pipeline of rising again is sheathed on the outside of the isolation pipeline, is connected with steam generator by steam inlet and inlet valve, and the lower part of the pipeline of rising again is equipped with discharge outlet, water discharging valve and steam trap.By the design of bushing type, the entrance of steam is controlled, material can be made to reach 10 DEG C~12 DEG C in first rise again, and part fruit juice can be dissolved out, rise again convenient for later cycles, improve working efficiency, reduce cost payout.

Description

Bushing type for berries material is risen again device

Technical field

The utility model is related to engineering device technique field of rising again, specially a kind of bushing types for conveying the materials such as small berries It rises again device.

Background technology

It is -20 DEG C~-25 DEG C of berries material via screw rod that berries material fermentation technique at present, which is by refrigerated storage temperature, The mode for pumping take over road inputs material in fermentation tank, because berries material fermentation temperature is generally 4~7 DEG C, needed for fermentation Temperature difference is larger, therefore direct fermentation is unable to after material enters tank, but first to stand nature and rise again to fermentation temperature, certainly During so rising again, taste, quality and the mouthfeel of berry can be not only influenced, but also influence fermenting and producing working efficiency.

In addition, material resistance is big, loss is high, it is be easy to cause the pipeline burst that feeds intake, damages screw pump, increases screw pump repair Frequency reduces service life of equipment.

Therefore, how to accelerate the time of rising again, improve production efficiency, and reduce and rise again on the influence of product fermentation quality And ensure the service life of equipment operation, it is that the application pays close attention to and solves the problems, such as.

Invention content

The utility model is intended to provide a kind of bushing type for berries material and rises again device, which is installed in screw rod Between pump and commissioning pipe, simultaneously to applying heat temperature raising in fact during being conveyed to material, effectively reduce after material enters tank Rise again naturally the time, improve production efficiency and the resistance generated to materials inside play cushioning effect, reduce the damage to equipment It is bad.

To achieve the above object, the utility model provides the following technical solutions：

Bushing type for berries material is risen again device, is installed between screw pump and commissioning pipe, is characterized in that,

Its agent structure is by transfer pipeline 2, isolation pipeline 10, rise again pipeline 1 and the steaming that is connected with pipeline of rising again Vapour generator 3 is constituted；

The transfer pipeline 2 is used to provide the transfer passage of material, and feed inlet 2-1 is connected with the discharge port of screw pump Logical, discharge port 2-2 is connected with commissioning pipe；

The isolation pipeline 10 is coated on the periphery of the transfer pipeline 2, and conveying is directly acted on isolation pipeline 1 of rising again On pipeline 2, to which to the high-temperature steam pre-control directly exported by steam generator 3,120 DEG C or so of high-temperature steam be passed through The transition of pipeline 10 is isolated and is down to 80 DEG C or so；

The pipeline 1 of rising again is sheathed on the periphery of the isolation pipeline 10, passes through steam inlet 1-1 and inlet valve 1- 2 are connected with steam generator 3, and the lower part of the pipeline 1 of rising again is equipped with discharge outlet 1-3, water discharging valve 1-4 and steam trap 1-5.

The lower part of the pipeline 1 of rising again is equipped with fixing bracket 4, and the fixing bracket 4 includes the pedestal 4-1 for being supported in ground And it is the outer profile phase of the pipeline 1 of rising again to be supported in the shape of the mounting 4-2, the mounting 4-2 of 1 outer wall of pipeline of rising again The semi arch harden structure matched offers axis hole 4-3 at its both ends, and corresponding be designed with is inserted into mounting 4-2 two on the pipeline 1 of rising again Hold the slotting axis inside axis hole 4-3；

The fixing bracket 4 is set to position of the pipeline 1 at feed inlet 2-1 one thirds of rising again.

The isolation pipeline 10 is equipped with intake-outlet, cooling water can be inwardly filled, to accelerate to exchange heat.

Further, in order to avoid in steam moisture and moisture to corrosion damage caused by transfer pipeline 2, in the steaming Dehumidifying component is equipped between vapour generator 3 and pipeline 1 of rising again, the dehumidifying component includes heat exchanger 5, evaporator 6, compressor 7, condenser 8, throttle valve 9 and connecting pipeline, wherein the heat exchanger 5 via pipeline and steam generator 3 steam (vapor) outlet phase Connection, steam enter through being sent into evaporator 6 by pipeline after heat exchanger 5 cools down, and steam dehumidifies in evaporator, the gas after dehumidifying Body is recycled to heat temperature raising in heat exchanger 5 via pipeline again, and the high-temperature gas after heated heating is by pipeline and pipeline 1 of rising again Steam inlet 1-1 be connected；The both ends of the evaporator 6 are connected separately with compressor 7 and throttle valve 9, the compressor 7 and section It is equipped with condenser 8 between stream valve 9.

Bushing type of the utility model for berries material is risen again device, is reduced the resistance of ducting that feeds intake, is reduced quick-fried Pipe rate and maintenance of equipment rate；By the design of Double-layer sleeve-type, the high-temperature steam that materials quality has an impact will be reduced To effective preheating temperature of rising again, the harmful effect that high-temperature steam generates berries material is reduced, pipeline of rising again is via isolation Pipeline acts on transfer pipeline, and preheating tempering temperature reaches 80 DEG C or so, this temperature can make material reach -10 in first rise again DEG C~-12 DEG C, and part fruit juice can be dissolved out, it rises again convenient for later cycles, improves working efficiency, reduce cost payout.This Application additionally provides another set of dehumidifying scheme, and by heat exchanger temperature controllable, effectively solves corruption of the moist steam to pipeline Erosion improves service life of equipment.

Description of the drawings

Fig. 1：The utility model structure diagram；

Fig. 2：1 bushing type of embodiment is risen again apparatus structure schematic diagram；

Fig. 3：2 bushing type of embodiment is risen again apparatus structure schematic diagram；

Fig. 4：3 bushing type of embodiment is risen again apparatus structure schematic diagram；

Fig. 5：Fixing rack structure schematic diagram；

In figure：1, it rises again pipeline, 1-1, steam inlet, 1-2, inlet valve, 1-3, discharge outlet, 1-4, water discharging valve, 1- 5, steam trap, 2, transfer pipeline, 2-1, feed inlet, 2-2, discharge port, 3, steam generator, 4, fixing bracket, 4-1, pedestal, 4- 2, mounting, 4-3, axis hole, 5, heat exchanger, 6, evaporator, 7, compressor, 8, condenser, 9, throttle valve, 10, isolation pipeline.

Specific implementation mode

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work The every other embodiment obtained, shall fall within the protection scope of the present invention.

Embodiment 1

Bushing type for berries material device of rising again is installed on screw pump and commissioning pipe with reference to figure 1, Fig. 2 and Fig. 5 Between, agent structure is by transfer pipeline 2, pipeline 10, pipeline 1 of rising again is isolated, and the steam being connected with pipeline of rising again Generator 3 is constituted；The transfer pipeline 2 is used to provide the transfer passage of material, the discharge port phase of feed inlet 2-1 and screw pump Connection, discharge port 2-2 are connected with commissioning pipe；The pipeline 1 of rising again be sheathed on it is described isolation pipeline 10 periphery, it is described every From the outside that pipeline 10 is sheathed on the transfer pipeline 2, it is described rise again pipeline 1 by steam inlet 1-1 and inlet valve 1-2 with Steam generator 3 is connected, and the lower part of the pipeline 1 of rising again is equipped with discharge outlet 1-3, water discharging valve 1-4 and steam trap 1-5.Institute The lower part for stating pipeline 1 of rising again is equipped with fixing bracket 4, and the fixing bracket 4 includes being supported in the pedestal 4-1 on ground and being supported in The shape of mounting 4-2, the mounting 4-2 of 1 outer wall of pipeline of rising again is semi arch that the outer profile of pipeline 1 of rising again matches Harden structure offers axis hole 4-3 at its both ends, and corresponding be designed with is inserted into mounting 4-2 both ends axis hole 4-3 on the pipeline 1 of rising again Internal slotting axis；The fixing bracket 4 is set to position of the pipeline 1 at feed inlet 2-1 one thirds of rising again.

Operation principle：In use, being allowed to tilt to material direction of transfer by 4 adjusting apparatus of fixing bracket, transfer pipeline 2 Feed inlet 2-1 pumped by fixing bolt connecting screw, discharge port 2-2 is fixed by screw hole is bolted the pipeline that feeds intake, small The materials such as berry enter by screw pump in transfer pipeline 2, open the inlet valve 1- at the steam inlet 1-1 for pipeline 1 of rising again 2, it allows steam to enter and rises again in pipeline 1, isolation pipeline 10 is given in steam about 120 DEG C of temperature at this time, superheated steam heat release, through isolation After pipeline 10 discharges certain temperature, heats up and heat to the material inside transfer pipeline 2 indirectly by isolation 10 heat release of pipeline, together When open rise again the discharge outlet 1-3 and water discharging valve 1-4 of pipeline 1, the course of work has a small amount of condensed water discharge, and material passes through back Temperature of charge gos up after warm device, and commissioning pipe road is reached by discharge port 2-2 discharges.

Embodiment 2

Bushing type for berries material device of rising again is installed on screw pump and commissioning pipe with reference to figure 1, Fig. 3 and Fig. 5 Between, agent structure is by transfer pipeline 2, isolation pipeline 10,3 structure of pipeline 1 of rising again, dehumidifying component and steam generator At；The transfer pipeline 2 is used to provide the transfer passage of material, and feed inlet 2-1 is connected with the discharge port of screw pump, goes out Material mouth 2-2 is connected with commissioning pipe；The pipeline 1 of rising again is sheathed on the periphery of the isolation pipeline 10, the isolation pipeline 10 It is sheathed on the outside of the transfer pipeline 2, is connected with steam generator 3 via dehumidifying component by steam inlet 1-1, institute The lower part for stating pipeline 1 of rising again is equipped with discharge outlet 1-3, water discharging valve 1-4 and steam trap 1-5.The lower part for rising again pipeline 1 is equipped with Fixing bracket 4, the fixing bracket 4 is including being supported in the pedestal 4-1 on ground and being supported in the mounting 4- for 1 outer wall of pipeline of rising again The shape of 2, the mounting 4-2 are the semi arch harden structure that the outer profile of pipeline 1 of rising again matches, and are offered at its both ends Axis hole 4-3, it is corresponding on the pipeline 1 of rising again to be designed with the slotting axis being inserted into inside mounting 4-2 both ends axis hole 4-3；The fixed branch Frame 4 is set to position of the pipeline 1 at feed inlet 2-1 one thirds of rising again.The dehumidifying component includes heat exchanger 5, evaporation Device 6, compressor 7, condenser 8, throttle valve 9 and connecting pipeline, wherein the heat exchanger 5 is via pipeline and steam generator 3 Steam (vapor) outlet is connected, and steam enters through being sent into evaporator 6 by pipeline after heat exchanger 5 cools down, and steam dehumidifies in evaporator, Gas after dehumidifying is recycled to heat temperature raising in heat exchanger 5 via pipeline again, and the high-temperature gas after heated heating passes through pipeline It is connected with the steam inlet 1-1 for pipeline 1 of rising again；The both ends of the evaporator 6 are connected separately with compressor 7 and throttle valve 9, described Condenser 8 is equipped between compressor 7 and throttle valve 9.

The bushing type of the present embodiment is risen again device, is reached heating up after steam elder generation cool-down dehumidification that steam generator 3 is discharged It after predetermined temperature, is re-fed into rising again pipeline, the moisture and moisture avoided in steam is damaged to corroding caused by transfer pipeline 2 Wound, has ensured the service life of equipment.The fixing bracket 4, which is set to, rises again pipeline 1 at feed inlet 2-1 one thirds Position so that whole device can have certain gradient, contribute to the discharge of 2 materials inside of transfer pipeline.

Embodiment 3

The present embodiment and embodiment 2 the difference is that, pipeline 1 of rising again is directly sleeved on the periphery of transfer pipeline 2, leads to It crosses dehumidifying component and carries out temperature control, with reference to figure 1, Fig. 4 and Fig. 5.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is appreciated that can these embodiments be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaiied Change, replace and modification, the scope of the utility model are defined by the appended claims and the equivalents thereof.

Claims

The device 1. bushing type for berries material is risen again, is installed between screw pump and commissioning pipe, is characterized in that,

Its agent structure is by transfer pipeline, pipeline is isolated, pipeline of rising again, and the steam generator being connected with pipeline of rising again It constitutes；

The transfer pipeline is used to provide the transfer passage of material, and feed inlet is connected with the discharge port of screw pump, discharges Mouth is connected with commissioning pipe；

The isolation pipeline is sheathed on the outside of the transfer pipeline；

The pipeline of rising again is sheathed on the outside of the isolation pipeline, passes through steam inlet and inlet valve and steam generator It is connected, the lower part of the pipeline of rising again is equipped with discharge outlet, water discharging valve and steam trap.
The device 2. bushing type for being used for berries material as described in claim 1 is risen again, is characterized in that

The lower part of the pipeline of rising again is equipped with fixing bracket, and the fixing bracket includes being supported in the pedestal on ground and being supported in The mounting for pipeline outer wall of rising again, the shape of the mounting are the semi arch harden structure that the outer profile of pipeline of rising again matches, Axis hole is offered at its both ends, the slotting axis for being designed with and being inserted into inside the axis hole of mounting both ends is corresponded on the pipeline of rising again.
The device 3. bushing type for being used for berries material as claimed in claim 2 is risen again, is characterized in that

The fixing bracket is set to position of the pipeline at feed inlet one third of rising again.
The device 4. bushing type for being used for berries material as claimed in claim 3 is risen again, is characterized in that

The isolation pipeline is equipped with intake-outlet, and the cooling water for accelerating heat exchange is filled in pipeline.
The device 5. bushing type for being used for berries material as described in claim 1 is risen again, is characterized in that

Dehumidifying component is equipped between the steam generator and pipeline of rising again, the dehumidifying component includes heat exchanger, evaporation Device, compressor, condenser, throttle valve and connecting pipeline, the heat exchanger via pipeline and steam generator steam (vapor) outlet phase Connection, steam enter after heat exchanger cooling through being sent into evaporator by pipeline, and steam dehumidifies in evaporator, the gas after dehumidifying It is recycled to heat temperature raising in heat exchanger via pipeline again, the high-temperature gas after heated heating passes through the steaming of pipeline and pipeline of rising again Vapour entrance is connected；The both ends of the evaporator are connected separately with compressor and throttle valve, are set between the compressor and throttle valve There is condenser.