A settling device for ginkgo ketone ester production

Abstract

A kind of settling device for ginkgo ketone ester production, including: tank body, tank bottom valve, cooling water system, refrigerated water system, motor, stirring shaft and stirring blade, the bottom end of tank body is connected with tank bottom valve, tank bottom valve is conical structure, tank body is connected with cooling water system and refrigerated water system, motor is located at the top end of tank body, motor is connected with stirring shaft, stirring shaft is connected with stirring blade.Cooling water system includes: cooling water coil, cooling water inlet, cooling water outlet and cooling water control valve;Refrigerated water system includes: refrigerated water coil, refrigerated water inlet, refrigerated water outlet and refrigerated water control valve.The utility model discloses compared with prior art, design double-channel cooling pipeline, i.e.cooling water channel and refrigerated water channel, gradient cooling is realized;The conical structure of tank bottom valve has no dead angle and can effectively avoid the problem of blockage;Cooling water system and refrigerated water system pass through independent control valve, and cooling process can be flexibly adjusted according to actual production process requirement.

Description

Technical Field

[0001] This utility model relates to the field of traditional Chinese medicine processing, specifically to a sedimentation device for the production of ginkgo biloba extract. Background Technology

[0002] In the production of ginkgo biloba extract, the sedimentation process is a crucial step. Currently, traditional sedimentation devices have shortcomings in their cooling methods, typically employing only a single cooling method and failing to achieve gradient cooling. When using hot water to dissolve the concentrate before cooling and sedimentation, excessive temperature differences can easily damage the equipment and affect product quality. Furthermore, the tank bottom structure of traditional sedimentation devices is poorly designed, with dead zones between the tank bottom and the valves. During sedimentation, sedimentation waste easily accumulates in these dead zones, causing blockages. This not only affects normal production progress but can also damage equipment and valves, increasing maintenance costs and downtime. To address these issues, we have implemented a series of improvements. Utility Model Content

[0003] The purpose of this invention is to provide a sedimentation device for the production of ginkgo biloba esters, so as to overcome the above-mentioned shortcomings and deficiencies of the prior art.

[0004] A settling device for the production of ginkgo biloba esters includes: a tank body, a bottom valve, a cooling water system, a chilled water system, a motor, a stirring shaft, and stirring blades. The bottom end of the tank body is connected to the bottom valve, which has a conical structure. The tank body is connected to the cooling water system and the chilled water system. The motor is located at the top of the tank body and is connected to the stirring shaft. The stirring shaft is connected to the stirring blades.

[0005] The cooling water system includes: a cooling water coil, a cooling water inlet, a cooling water outlet, and a cooling water control valve. The cooling water coil is arranged around the side wall of the tank. The bottom end of the cooling water coil is connected to the cooling water inlet through a pipe. A cooling water control valve is provided on the pipe connecting the bottom end of the cooling water coil to the cooling water inlet. The top end of the cooling water coil is connected to the cooling water outlet.

[0006] The chilled water system includes: a chilled water coil, a chilled water inlet, a chilled water outlet, and a chilled water control valve. The chilled water coil is arranged around the side wall of the tank. The bottom end of the chilled water coil is connected to the chilled water inlet through a pipe. The chilled water control valve is provided on the pipe connecting the bottom end of the chilled water coil to the chilled water inlet. The top end of the chilled water coil is connected to the chilled water outlet.

[0007] Furthermore, the inner wall of the bottom valve is a polished surface.

[0008] The beneficial effects of this utility model are:

[0009] Compared with traditional technologies, this utility model features a dual-channel cooling pipeline, namely a cooling water channel and a chilled water channel, which achieves gradient cooling; the conical structure of the tank bottom valve has no dead corners and can effectively avoid blockage problems; the cooling water system and the chilled water system are controlled by independent valves, which can flexibly adjust the cooling process according to the actual production process requirements. Attached image description:

[0010] Figure 1 This is a schematic diagram of the structure of this utility model.

[0011] Figure label:

[0012] Tank body 100, tank bottom valve 200, cooling water system 300, cooling water coil 310, cooling water inlet 320, cooling water outlet 330 and cooling water control valve 340.

[0013] Chilled water system 400, chilled water coil 410, chilled water inlet 420, chilled water outlet 430, and chilled water control valve 440.

[0014] Motor 500, stirring shaft 600, and stirring blades 700. Detailed Implementation

[0015] The present invention will be further described below with reference to specific embodiments. It should be understood that the following embodiments are for illustrative purposes only and are not intended to limit the scope of the present invention.

[0016] Example 1

[0017] Figure 1 This is a schematic diagram of the structure of this utility model.

[0018] like Figure 1 As shown, a sedimentation device for the production of ginkgo ketone esters includes: a tank 100, a bottom valve 200, a cooling water system 300, a chilled water system 400, a motor 500, a stirring shaft 600, and stirring blades 700. The bottom end of the tank 100 is connected to the bottom valve 200, which has a conical structure. The tank 100 is connected to the cooling water system 300 and the chilled water system 400. The motor 500 is located at the top of the tank 100 and is connected to the stirring shaft 600. The stirring shaft 600 is connected to the stirring blades 700.

[0019] The cooling water system 300 includes: a cooling water coil 310, a cooling water inlet 320, a cooling water outlet 330, and a cooling water control valve 340. The cooling water coil 310 is arranged around the side wall of the tank 100. The bottom end of the cooling water coil 310 is connected to the cooling water inlet 320 through a pipe. The cooling water control valve 340 is provided on the pipe connecting the bottom end of the cooling water coil 310 to the cooling water inlet 320. The top end of the cooling water coil 310 is connected to the cooling water outlet 330.

[0020] The chilled water system 400 includes: a chilled water coil 410, a chilled water inlet 420, a chilled water outlet 430, and a chilled water control valve 440. The chilled water coil 410 is arranged around the side wall of the tank 100. The bottom end of the chilled water coil 410 is connected to the chilled water inlet 420 through a pipe. The chilled water control valve 440 is provided on the pipe connecting the bottom end of the chilled water coil 410 to the chilled water inlet 420. The top end of the chilled water coil 410 is connected to the chilled water outlet 430.

[0021] The inner wall of the bottom valve 200 is polished.

[0022] Compared with traditional technologies, this invention employs a dual-channel cooling and chilled water independent piping system. By setting up independent cooling water channels and chilled water channels, both surrounding the tank sidewall, gradient cooling is achieved, avoiding the adverse effects of excessive temperature differences on equipment and products. This solves the problem that traditional settling devices use only a single cooling method, which cannot achieve gradient cooling. Furthermore, when using hot water to dissolve the concentrate for cooling and settling, excessive temperature differences can easily cause equipment damage and affect product quality.

[0023] The innovative tank bottom valve design features a conical structure with a gradually narrowing internal channel and a smooth, polished inner wall surface. The conical structure allows settled waste to drain smoothly under gravity, while the smooth inner wall reduces waste adhesion. This design solves the problem of inefficient tank bottom designs in traditional settling devices, where dead angles exist between the tank bottom and the valve, leading to waste accumulation and blockages, impacting production progress, and potentially damaging equipment and valves.

[0024] During the cooling process, an independent control system is added, with independent control valves installed in both the cooling water and chilled water channels. The flow rate and on / off state of the cooling and chilled water can be flexibly controlled according to actual production needs, thereby achieving precise adjustment of the cooling rate and temperature, improving the applicability and production efficiency of the equipment.

[0025] Compared with traditional technologies, this utility model features a dual-channel cooling pipeline, namely a cooling water channel and a chilled water channel, which achieves gradient cooling; the conical structure of the tank bottom valve has no dead corners and can effectively avoid blockage problems; the cooling water system and the chilled water system are controlled by independent valves, which can flexibly adjust the cooling process according to the actual production process requirements.

[0026] The specific embodiments of this utility model have been described above, but this utility model is not limited thereto. Various changes can be made to this utility model as long as they do not depart from its spirit.

Claims

1. A settling device for ginkgo ketone production, characterized by, include: The tank (100), bottom valve (200), cooling water system (300), chilled water system (400), motor (500), stirring shaft (600) and stirring blades (700) are provided. The bottom end of the tank (100) is connected to the bottom valve (200), which has a conical structure. The tank (100) is connected to the cooling water system (300) and the chilled water system (400). The motor (500) is located at the top of the tank (100) and is connected to the stirring shaft (600). The stirring shaft (600) is connected to the stirring blades (700). The cooling water system (300) includes: a cooling water coil (310), a cooling water inlet (320), a cooling water outlet (330), and a cooling water control valve (340). The cooling water coil (310) is arranged around the side wall of the tank (100). The bottom end of the cooling water coil (310) is connected to the cooling water inlet (320) through a pipe. The cooling water control valve (340) is provided on the pipe connecting the bottom end of the cooling water coil (310) to the cooling water inlet (320). The top end of the cooling water coil (310) is connected to the cooling water outlet (330). The chilled water system (400) includes: a chilled water coil (410), a chilled water inlet (420), a chilled water outlet (430), and a chilled water control valve (440). The chilled water coil (410) is arranged around the side wall of the tank (100). The bottom end of the chilled water coil (410) is connected to the chilled water inlet (420) through a pipe. The chilled water control valve (440) is provided on the pipe connecting the bottom end of the chilled water coil (410) to the chilled water inlet (420). The top end of the chilled water coil (410) is connected to the chilled water outlet (430).

2. The sedimentation device for the production of ginkgo biloba esters according to claim 1, characterized in that, The inner wall of the bottom valve (200) is polished.

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