CN207963257U

CN207963257U - A kind of cooling device for producing natural borneol

Info

Publication number: CN207963257U
Application number: CN201820368477.9U
Authority: CN
Inventors: 庄少标; 肖德明
Original assignee: Jiangxi Jinggang Natural Medicine Co Ltd
Current assignee: Jiangxi Jinggang Natural Medicine Co Ltd
Priority date: 2018-03-19
Filing date: 2018-03-19
Publication date: 2018-10-12
Anticipated expiration: 2028-03-19

Abstract

The utility model discloses a kind of cooling device for producing natural borneol, include multiple coolant jackets, the side wall of coolant jacket surrounds cavity, the interior of coolant jacket has interlayer, the interlayer of each coolant jacket is sequentially communicated by first pipe, it is equipped with refrigerator pipe positioned at the interlayer of the coolant jacket of head of the queue, the interlayer of other coolant jackets is equipped with cold air supply pipe, is connected to by circulating cold air pipe between the interlayer and refrigerator pipe of the coolant jacket of tail of the queue.Cold air is entered by refrigerator pipe in the interlayer of the coolant jacket of head of the queue, then pass through in the interlayer that first pipe enters compared with the coolant jacket of rear class, finally enter in this way in the interlayer of the coolant jacket of tail of the queue, and returned in refrigerator pipe and recycled by circulating cold air pipe, cold air utilization rate is high, saves energy consumption；Pipe is fed to carry out cold air supply in the interlayer setting cold air of the coolant jacket compared with rear class, is maintained cooling temperature, is improved cooling effect.

Description

A kind of cooling device for producing natural borneol

Technical field

The utility model is related to natural borneol production equipment field more particularly to a kind of coolings for producing natural borneol Device.

Background technology

At present in technology, when the processing of natural borneol, need the steam with natural borneol importing crystallization condensing unit Middle processing, current condensing unit is mostly complicated, and cooling effect is poor.

Utility model content

The utility model is to solve existing technological deficiency, provides a kind of cooling device for producing natural borneol, Its is simple in structure, good cooling results.Its specific technical solution is as follows：

The utility model discloses a kind of cooling device for producing natural borneol, includes multiple coolant jackets, coolant jacket Side wall surround cavity, there is the interior of coolant jacket interlayer, the interlayer of each coolant jacket to be sequentially communicated by first pipe, position It is equipped with refrigerator pipe in the interlayer of the coolant jacket of head of the queue, the interlayer of other coolant jackets is equipped with cold air supply pipe, is located at tail of the queue It is connected to by circulating cold air pipe between the interlayer of coolant jacket and refrigerator pipe.

Further, temperature inductor is equipped in interlayer.

Further, the outer layer side wall of interlayer is made of heat-insulated material, and the internal layer sidewall of interlayer is by the good material of heat conduction It is made.

Further, it is connected to by second pipe between the cavity of adjacent coolant jacket, is located at the cavity of the coolant jacket of head of the queue It is communicated with solution input pipe, solution efferent duct is communicated with positioned at the cavity of the coolant jacket of tail of the queue.

Further, each cavity is equipped with the drainage conduit for borneol crystal to be discharged, the position that drainage conduit is connected to cavity Setting in the top for the position that second pipe is connected to cavity.

Further, the side wall of the inside of interlayer is equipped with vibrating device.

The beneficial effects of the utility model：The cold air of the utility model is entered the interlayer of the coolant jacket of head of the queue by refrigerator pipe It is interior, then pass through in the interlayer that first pipe enters compared with the coolant jacket of rear class, finally enters the coolant jacket of tail of the queue in this way Interlayer in, and returned in refrigerator pipe and recycled by circulating cold air pipe, cold air utilization rate is high, saves energy consumption；Due to cold Gas temperature during heat absorption can be risen, and feed pipe in the interlayer setting cold air of the coolant jacket compared with rear class to carry out cold air Supply maintains cooling temperature, improves cooling effect.

Description of the drawings

Fig. 1 is the overall structure diagram of the utility model embodiment.

It is marked in figure：Coolant jacket 100, interlayer 101, solution input pipe 102, refrigerator pipe 103, first pipe 104, cold air are mended To pipe 105, second pipe 106, solution efferent duct 107, steam pipeline 108, circulating cold air pipe 109, cavity 200, drainage conduit 202, vibrating device 300.

Specific implementation mode

The embodiments of the present invention are described below in detail, examples of the embodiments are shown in the accompanying drawings, wherein from beginning Same or similar element or element with the same or similar functions are indicated to same or similar label eventually.Below by ginseng The embodiment for examining attached drawing description is exemplary, it is intended to for explaining the utility model, and should not be understood as to the utility model Limitation.

The utility model is described in further detail below by specific implementation mode combination attached drawing.Please refer to attached drawing.

The utility model discloses a kind of cooling device for producing natural borneol, includes the coolant jacket of multiple case shapes 100, the side wall of coolant jacket 100 surrounds cavity 200, i.e. coolant jacket 100 is hollow structure.The interior of coolant jacket 100 has Interlayer 101 is sequentially communicated by first pipe 104 between the interlayer 101 of each coolant jacket 100, and the coolant jacket 100 of head of the queue is located at Interlayer 101 is communicated with refrigerator pipe 103, and the interlayer 101 of other coolant jackets 100 is communicated with cold air supply pipe 105, is located at tail of the queue It is connected to by circulating cold air pipe 109 between the interlayer 101 of coolant jacket 100 and refrigerator pipe 103.The cold air of the utility model is by cold air Pipe 103 enters in the interlayer 101 of the coolant jacket 100 of head of the queue, then passes through first pipe 104 into the coolant jacket 100 compared with rear class Interlayer 101 in, finally enter in this way in the interlayer 101 of the coolant jacket 100 of tail of the queue, and pass through circulating cold air pipe 109 return in refrigerator pipe 103 and recycle, and cold air utilization rate is high, save energy consumption；Due to cold air temperature meeting during heat absorption Risen, cold air supply pipe 105 is set to carry out cold air supply in the interlayer 101 of the coolant jacket 100 compared with rear class, maintains cooling Temperature improves cooling effect.

Further, temperature inductor is equipped in interlayer 101, it is preferable that temperature inductor is located at the internal layer side of interlayer 101 On wall, preferably to measure the temperature in interlayer 101, and then the temperature and intake velocity of cold air are adjusted.

Further, the outer layer side wall of interlayer 101 is made of heat-insulated material, such as rubber material, silica gel material.Interlayer 101 internal layer sidewall is made of the good material of heat conduction, preferably aluminum material.

Cavity 200 is equal to condensation kettle, is also connected to by steam pipeline 108 between two neighboring cavity 200, natural ice Piece steam is introduced directly into the cavity 200 of the coolant jacket 100 of head of the queue, and is transported to next cooling by steam pipeline 108 In the cavity 200 of set 100, steam condensation molding in cavity 200 of natural borneol.In use, it can be conveyed in steam Vibrational structure is added on 108 outer wall of pipe, and Crystallization Plugging in pipe is prevented by the way of interstitial vibration.

Further, it is connected to by second pipe 106 between the cavity 200 of adjacent coolant jacket 100, is located at the cooling of head of the queue The cavity 200 of set 100 is communicated with solution input pipe 102, and solution output is communicated with positioned at the cavity 200 of the coolant jacket 100 of tail of the queue Pipe 107, aqueous solution and natural borneol steam are entered by solution input pipe 102 in cavity 200, and aqueous solution and natural borneol steam Cavity 200 is discharged by solution efferent duct 107 in vapour, is conveyed by second pipe 106 between two neighboring cavity 200 water-soluble Liquid.In use, vibrational structure can be added on the outer wall of solution input pipe 102, the outer wall of second pipe 106, used The mode of interstitial vibration prevents Crystallization Plugging in pipe.

Further, each cavity 200 is equipped with the drainage conduit 202 for borneol crystal to be discharged, drainage conduit 202 and cavity The position of 200 connections is located at the top for the position that second pipe 106 is connected to cavity 200, and the pan feeding nozzle of drainage conduit 202 is in loudspeaker Shape facilitates charging.When work, the slightly higher nozzle with drainage conduit 202 of the water surface of aqueous solution in cavity 200, so that aqueous solution can To flow into drainage conduit 202, second pipe 106 under the water surface, is used to carry out solution exchange, borneol knot between each cavity 200 Brilliant object can float on the water surface, and with aqueous solution from drainage conduit 202 flow out.It in use, can be in 202 outer wall of drainage conduit It is upper to add vibrational structure, Crystallization Plugging in pipe is prevented by the way of interstitial vibration

Further, the side wall of the inside of interlayer 101 is equipped with vibrating device 300, and 300 time opening of vibrating device makes attached The borneol crystal in 200 internal side wall of cavity to shake off in water.Preferably, vibrating device 300 is arranged multiple, is shaken with improving Dynamic effect.

The above content is combine specific embodiment further detailed description of the utility model, and it cannot be said that The specific implementation of the utility model is confined to these explanations.For the utility model person of an ordinary skill in the technical field For, without departing from the concept of the premise utility, a number of simple deductions or replacements can also be made.

Claims

1. a kind of cooling device for producing natural borneol includes multiple coolant jackets (100), the coolant jacket (100) Side wall surrounds cavity (200), and the interior of the coolant jacket (100) has interlayer (101), each coolant jacket (100) Interlayer (101) is sequentially communicated by first pipe (104), and the interlayer (101) for being located at the coolant jacket (100) of head of the queue is connected with The interlayer (101) of refrigerator pipe (103), other coolant jackets (100) is respectively connected with cold air supply pipe (105), is located at tail of the queue The coolant jacket (100) interlayer (101) and the refrigerator pipe (103) between be connected to by circulating cold air pipe (109).

2. cooling device as described in claim 1, which is characterized in that be equipped with temperature inductor in the interlayer (101).

3. cooling device as described in claim 1, which is characterized in that the outer layer side wall of the interlayer (101) is by heat-insulated material It is made, the internal layer sidewall of the interlayer (101) is made of heat-conducting.

4. cooling device as described in claim 1, which is characterized in that the cavity (200) of the adjacent coolant jacket (100) Between be connected to by second pipe (106), the cavity (200) of the coolant jacket (100) for being located at head of the queue is communicated with solution Input pipe (102), the cavity (200) for being located at the coolant jacket (100) of tail of the queue are communicated with solution efferent duct (107).

5. cooling device as claimed in claim 4, which is characterized in that each cavity (200) is equipped with for borneol to be discharged The drainage conduit (202) of crystal, the position that the drainage conduit (202) is connected to the cavity (200) are located at the second pipe (106) top for the position being connected to the cavity (200).

6. cooling device as described in claim 1, which is characterized in that the side wall of the inside of the interlayer (101) is equipped with vibration Device (300).