CN207152800U - Powder Active sterilization cooling cabinet - Google Patents
Powder Active sterilization cooling cabinet Download PDFInfo
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- CN207152800U CN207152800U CN201720159601.6U CN201720159601U CN207152800U CN 207152800 U CN207152800 U CN 207152800U CN 201720159601 U CN201720159601 U CN 201720159601U CN 207152800 U CN207152800 U CN 207152800U
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Abstract
The utility model discloses powder Active sterilization cooling cabinet, including：Frame, it is supported with frame in the sterilizing cylinder being distributed up and down and cooling cylinder, charging aperture and discharging opening are arranged with the both ends of two cylinders, spiral shape deflector chute is all provided with two cylinder inboard walls, multi-functional tube is all provided with two cylinders, set up the first charging observation storehouse separately with discharge outlet in sterilizing cylinder charging aperture and observe storehouse with the first discharging, vacuum feeder is set at the top of the first charging observation storehouse, material is passed through sterilizing cylinder charging aperture by vacuum feeder by feed pipe, first discharging observation the top of the warehouse sets out gas port, bottom sets discharge gate, multicell linkage dedusting mechanism is provided with gas outlet, the drainage conduit for stretching into cooling cylinder charging aperture is connected with discharge gate, frame is provided with recyclable fountain cooling body, the second charging observation storehouse and the second discharging observation storehouse are arranged with cooling cylinder charging aperture and discharge outlet.The advantages of the utility model has the sterilizing of energy high-volume continuous high temperature and quickly cooled down.
Description
Technical field
It the utility model is related to sterilizing cabinet technical field, and in particular to powder Active sterilization cooling cabinet.
Background technology
In Chinese medicine powder, particulate material production packaging industry, Chinese medicine powder, particulate material need to first carry out high-temperature sterilization, enter again
Encapsulation process could be started after row cooling down.The moist heat sterilization cabinets used can only Chinese medicine powder, particulate material progress height more at present
Temperature sterilizing, and the structure of used moist heat sterilization cabinet is at present：Including cabinet, cabinet door is provided with cabinet, is to go out in cabinet
Bacterium chamber, the sterilization chamber that the high-temperature steam generator outside cabinet is led to caused wet-hot steam inside cabinet by pipeline.
First the sterilization tray for being mounted with Chinese medicine powder is put into the sterilization chamber of sterilizing cabinet before sterilizing, is then shut off cabinet door, high-temperature steam
Wet-hot steam caused by generator is passed through the sterilization chamber inside cabinet by pipeline, so as to be carried out to the Chinese medicine powder in cabinet
Sterilizing.Above-mentioned moist heat sterilization cabinet has the following disadvantages：First, the Chinese medicine powder after high-temperature sterilization, particulate material can not be carried out fast
But, Chinese medicine powder, particulate material after high-temperature sterilization can only be entered quickly cooling by the way of Slow cooling is stood in an aseptic environment
Row cooling down, time-consuming, causes production efficiency relatively low；2nd, the Chinese medicine powder in static state holds in the presence of wet-hot steam
Easily lump, so as to influence product quality；And in sterilization process can not in real time, intuitively work feelings in inspection section body
Condition, and the Chinese medicine powder being positioned in sterilization tray is due to the putting position difference being stacked with or in cabinet, it may occur that
Uneven heating phenomenon, this limits sterilization effect to a certain extent；3rd, due to being required to operating personnel before sterilizing and after sterilizing
Open cabinet door and sterilization tray is put into or taken out sterilizing cabinet, had during being put into or taking out sterilization tray, in sterilizing cabinet a large amount of
Dusty gas can escape and pollute environment, cause operating mode severe；4th, each amount of sterilization is smaller, and operating efficiency is relatively low, is only applicable to
The sterilizing of small lot Chinese medicine powder, be not suitable for producing in enormous quantities.
Utility model content
The purpose of this utility model is to provide that a kind of safety and environmental protection, material sterilization effect are good, can realize that high-volume is continuous high
Temperature sterilizing and the powder Active sterilization cooling cabinet quickly to cool.
To achieve the above object, the utility model employs following technical scheme：Described powder Active sterilization cooling cabinet,
Including：Frame, expansion bearing has the sterilizing cylinder and cooling cylinder in upper and lower parallel distribution in frame, sterilizing cylinder with it is cold
But the both ends of cylinder are respectively provided with charging aperture and discharging opening, along respective axial direction on inwall of the sterilizing cylinder with cooling down cylinder
Spiral shape deflector chute is provided with, sterilizing cylinder rotates with cooling cylinder under the driving of drive mechanism around its center axis,
The material in each cylinder is gradually moved from respective charging aperture along respective spiral shape deflector chute to respective discharging opening direction, going out
Bacterium cylinder body is some to discharge the multi-functional tube of steam or water spray with being respectively provided with cooling cylinder, at sterilizing cylinder charging aperture
The the first charging observation storehouse communicated with the charging aperture and provided with watch window is installed, on the top in the first charging observation storehouse in frame
Portion is provided with vacuum feeder, and sterilizing cylinder can be stretched into from the charging aperture of sterilizing cylinder by being provided with the discharging opening of vacuum feeder
Internal feed pipe, it is provided with and is communicated with the discharging opening and the provided with watch window in the frame of sterilizing cylinder discharge outlet
One discharging observation storehouse, gas outlet is provided with the top of the first discharging observation storehouse, being provided with the gas outlet can be to from outlet
The gas of mouth discharge carries out the multicell linkage dedusting mechanism of dust removal by filtration, and the bottom that storehouse is observed in the first discharging is provided with discharge
Mouthful, the drainage conduit of cooling inner barrel can be stretched into from the charging aperture of cooling cylinder downwards by being connected with discharge gate, in cooling cylinder
The recyclable fountain cooling body that can be cooled down to cooling cylinder is provided with the frame of external side, in cooling cylinder charging
The second charging observation storehouse provided with watch window is installed in the frame at mouthful, installed in the frame of cooling cylinder discharge outlet
There is the second discharging observation storehouse communicated with the discharging opening and provided with watch window, be provided with and unload in the bottom in the second discharging observation storehouse
Material mouth, discharge valve is provided with discharge port.
Further, foregoing powder Active sterilization cooling cabinet, wherein：The structure of the recyclable fountain cooling body
For：Cooling spray pipe closed at both ends is provided with the frame of cooling cylinder side, one is provided with the tube wall of cooling spray pipe
Individual water inlet and the nozzle for being also evenly arranged with some spout alignment cooling cylinder body outer walls along its length, in cooling cylinder
Open top and the header tank that can be collected to the water being sprayed on cooling cylinder body outer wall are provided with frame below body,
Submergence has water pump in the water of header tank, and the delivery port of water pump is connected by water inlet pipe with the water inlet of cooling spray pipe.
Further, foregoing powder Active sterilization cooling cabinet, wherein：Set respectively in the frame of cooling cylinder both sides
The useful arc-shaped watertight shutter that the water spluttering on cylinder body outer wall is cooled down to prevent cooling spray pipe to be sprayed to.
Further, foregoing powder Active sterilization cooling cabinet, wherein：The specific connection of the arc-shaped watertight shutter and frame
Structure is：It is provided with the top outer wall of arc-shaped watertight shutter on the central rack middle cross beam that can be fastened on above cooling cylinder
First on L-shaped be located by connecting plate, be provided with and be just downwardly against under cooling cylinder on the lower outside wall of arc-shaped watertight shutter
First time L-shaped on the frame lower side crossbeam of square respective side is located by connecting plate, arc-shaped watertight shutter by will corresponding to L on first
Shape be located by connecting plate and first time L-shaped be located by connecting plate mutually locked with central rack middle cross beam and frame lower side crossbeam respectively it is solid
Determine and be arranged in frame.
Further, foregoing powder Active sterilization cooling cabinet, wherein：The structure of multicell linkage dedusting mechanism is：
Including sintered filter core deduster and auto-excitation type screen collector, the air inlet of the sintered filter core deduster and the first discharging are observed
The gas outlet in storehouse is connected, and the gas outlet of sintered filter core deduster is connected with the air inlet of auto-excitation type screen collector.
Further, foregoing powder Active sterilization cooling cabinet, wherein：Being additionally provided with frame can enter to sterilizing cylinder
The heat-insulation and heat-preservation mechanism of row heat-insulation and heat-preservation, the structure of the heat-insulation and heat-preservation mechanism are：Sterilizing cylinder below both sides frame in
Installing plate is supported by between the crossbeam of portion side, horizontal thermal insulation thermal insulation board is provided with the top of installing plate, in sterilizing cylinder both sides
It is respectively arranged with arc thermal insulation thermal insulation board in frame, the arc thermal insulation thermal insulation board of horizontal thermal insulation thermal insulation board and both sides just wraps jointly
Surround sterilizing cylinder, and now horizontal thermal insulation thermal insulation board, the arc thermal insulation thermal insulation board of both sides, sterilizing cylinder and the common shape of frame
Into closed heat-insulation and heat-preservation chamber, some heating plates, heating plate and sterilization cylinder are also equipped with the top of horizontal thermal insulation thermal insulation board
Gap is left between body.
Further, foregoing powder Active sterilization cooling cabinet, wherein：The arc thermal insulation thermal insulation board and frame it is specific
Attachment structure is：The upper rack that can be fastened on above sterilizing cylinder is provided with the top outer wall of arc thermal insulation thermal insulation board
On middle cross beam second on L-shaped be located by connecting plate, be provided with the lower outside wall of arc thermal insulation thermal insulation board and be just pressed downward
Second time L-shaped below the sterilizing cylinder on the central rack side crossbeam of respective side is located by connecting plate, and arc thermal insulation thermal insulation board leads to
Cross by L-shaped on corresponding second be located by connecting plate and second time L-shaped be located by connecting plate respectively with upper rack middle cross beam and frame
Medial side crossbeam is mutually locked and is arranged in frame.
Further, foregoing powder Active sterilization cooling cabinet, wherein：Distinguish in the top both sides of horizontal thermal insulation thermal insulation board
It is provided with a blend stop, the spacing between two blend stops can just keep flat two pieces of heating plates, the level between two blend stops
Two row's heating plates are equipped with the top of thermal insulation thermal insulation board, axis are provided with the lateral wall of every heating plate, in every blend stop
Top be provided with the neck being caught in for axis, heating plate by axis by being caught in corresponding neck to be fixedly mounted on horizontal insulation
The top of thermal insulation board.
Further, foregoing powder Active sterilization cooling cabinet, wherein：Some energy are provided with the first charging observation storehouse
The multi-functional tube at sterilizing inner barrel center is extended from sterilizing cylinder charging aperture, if being correspondingly arranged on the first discharging observation storehouse
The dry multi-functional tube that sterilizing inner barrel center can be extended from sterilizing barrel discharge hole, energy is provided with the second charging observation storehouse
The multi-functional tube at cooling inner barrel center is extended from cooling cylinder charging aperture, being provided with the second discharging observation storehouse can be from cold
But barrel discharge hole extends the multi-functional tube at cooling inner barrel center, and every multi-functional tube is by least two sections of independent telescoping tubes
Mutual screw thread is socketed to form.
Further, foregoing powder Active sterilization cooling cabinet, wherein：Between every multi-functional tube and corresponding observation storehouse
Specifically mounting structure is：The mounting hole passed through for multi-functional tube is provided with observation storehouse corresponding with multi-functional tube, is being installed
The sleeve pipe passed through for multi-functional tube is provided with observation storehouse inwall at hole, multi-functional tube sequentially passes through corresponding mounting hole and sleeve pipe
After stretch into corresponding cylinder, a radial screw bore is respectively arranged with the both sides up and down of sleeve pipe, in each radial screw bore point
Other screw thread is provided with a regulation lock-screw, and two regulation lock-screws are by corresponding to radial screw bore precession sleeve inner simultaneously
Support respectively in the both sides up and down of multi-functional tube.
The implementation of Pass through above-mentioned technical proposal, the beneficial effects of the utility model are：First, it is easy to operate, it can realize large quantities of
Amount material continuous high temperature sterilizes and quickly cooled, and is adapted to produce in enormous quantities, production efficiency is high；2nd, can be with by observing storehouse
While inner barrel closed environment is ensured, and can make operating personnel in real time, the intuitively working condition in inspection section body, greatly
Improve safety in utilization greatly；3rd, auxiliary heating can be carried out to sterilizing cylinder, sterilization effect is good, and service life is grown；4th,
Effective dust removal by filtration, safety and environmental protection can be carried out to caused dusty gas after high-temperature sterilization.
Brief description of the drawings
Fig. 1 is the structural representation of powder Active sterilization cooling cabinet described in the utility model.
Fig. 2 is the structural representation of Fig. 1 right apparent direction.
Fig. 3 is the enlarged diagram at the H positions shown in Fig. 1.
Fig. 4 is the structural representation of the A-A sections shown in Fig. 1.
Fig. 5 is the structural representation of the left arc thermal insulation thermal insulation board shown in Fig. 4.
Fig. 6 is the structural representation of the left arc-shaped watertight shutter shown in Fig. 4.
Embodiment
The utility model is described in further detail with specific embodiment below in conjunction with the accompanying drawings.
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, described powder Active sterilization cooling cabinet, including：Frame 1,
Expansion bearing has the sterilizing cylinder 2 and cooling cylinder 3 in upper and lower parallel distribution in frame 1, in sterilizing cylinder 2 and cooling cylinder 3
Both ends be respectively provided with charging aperture and discharging opening, axially disposed have spiral shape deflector chute on the inwall of sterilizing cylinder 2
4, axially disposed on the inwall of cooling cylinder 3 to have spiral shape deflector chute 41, sterilizing cylinder 2 is with cooling cylinder 3 in driving machine
Rotated under the driving of structure around its center axis, enable material in each cylinder from respective charging aperture along respective spiral shape deflector chute
Gradually moved to respective discharging opening direction, it is some discharging steam or water spray with being respectively provided with cooling cylinder 3 in sterilizing cylinder 2
Multi-functional tube 5, be provided with the frame 1 at the sterilizing charging aperture of cylinder 2 and to be communicated with the charging aperture and provided with watch window
First charging observation storehouse 6, the first discharge outlet 7 of the bottom setting in storehouse 6 is observed in the first charging, in the first charging observation storehouse 6
Top is provided with vacuum feeder 8, is provided with to stretch into from the charging aperture of sterilizing cylinder 2 in the discharging opening of vacuum feeder 8 and goes out
Feed pipe 9 inside bacterium cylinder body 2, it is provided with and is communicated with the discharging opening and provided with sight in the frame 1 of the sterilizing discharge outlet of cylinder 2
The first discharging observation storehouse 10 of window is examined, the top in the first discharging observation storehouse 10 is provided with gas outlet, set at the gas outlet
The multicell linkage dedusting mechanism of dust removal by filtration can be carried out to the gas discharged from gas outlet by being equipped with, in the first discharging observation storehouse 10
Bottom is provided with discharge gate, and be connected with discharge gate to stretch into inside cooling cylinder 3 downwards from the charging aperture of cooling cylinder 3
Drainage conduit 11, it is cold that the recyclable fountain that can be cooled down to cooling cylinder 3 is provided with the frame 1 in the outside of cooling cylinder 3
But mechanism, the second charging observation storehouse 12 provided with watch window is installed in the frame 1 at the cooling charging aperture of cylinder 3, the
The bottom in two charging observation storehouses 12 is provided with the second discharge outlet 13, installs to go out with this in the frame 1 of the cooling discharge outlet of cylinder 3
Material mouth communicates and the second discharging observation storehouse 14 provided with watch window, and the bottom in the second discharging observation storehouse 14 is provided with discharging
Mouthful, discharge valve 15 is provided with discharge port；In the present embodiment, the structure of the recyclable fountain cooling body is：
Cooling spray pipe 16 closed at both ends is provided with the frame 1 in the left side of cooling cylinder 3, one is provided with the tube wall of cooling spray pipe 16
Individual water inlet 17 and the nozzle 18 for being also evenly arranged with some spout alignment cooling outer walls of cylinder 3 along its length, cold
But open top and the collection that can be collected to the water being sprayed on the cooling outer wall of cylinder 3 are provided with the frame 1 of the lower section of cylinder 3
Water tank 19, being submerged in the water of header tank 19 has water pump 20, and the delivery port of water pump 20 passes through water inlet pipe 21 and cooling spray pipe 16
Water inlet 17 is connected, and above-mentioned recyclable fountain cooling body is simple in construction, convenient to install and maintain, and can substantially reduce enterprise makes
Use cost；
In the present embodiment, it is respectively arranged with to prevent cooling spray pipe 16 from spraying in the frame 1 in the left side of cooling cylinder 3
The left arc-shaped watertight shutter 22 of water spluttering on to the cooling outer wall of cylinder 3, it is provided with left arc-shaped watertight shutter 22 some with cooling down
The one-to-one through hole in the position of nozzle 18 on jet pipe 16 so that each nozzle 18 can pass through the correspondence on left arc-shaped watertight shutter 22
Through-hole alignment cools down the outer wall of cylinder 3, is respectively arranged with to prevent cooling spray pipe 16 in the frame 1 on the right side of cooling cylinder 3
The right arc-shaped watertight shutter 221 for the water spluttering being sprayed on the cooling outer wall of cylinder 3, the design of arc-shaped watertight shutter are not only avoided that cold
But jet pipe 16 is sprayed to the water spluttering on the cooling outer wall of cylinder 3, and the water blocked by arc-shaped watertight shutter can also arcuately be kept off
Water plate is successfully back in the header tank 19 of lower section, is substantially increased the utilization rate for improving water, is reduced enterprise's use cost；
In the present embodiment, the specific mounting structure between cooling spray pipe 16 and frame 1 is：Two are provided with frame 1
Individual fixed seat 44, the top of two fixed seats 44 are weldingly fixed in frame 1 respectively, are provided with two fixed seats 44 to oblique
The notch for being open and being inserted for cooling spray pipe 16 upward, cooling spray pipe 16 by inserting at both ends in corresponding fixed seat 44 respectively
Notch in and be fixed in frame 1, by using this mounting structure, can faster dismount cooling spray pipe 16, when need
When installing or removing cooling spray pipe 16, only cooling spray pipe 16 need to be slided into or skidded off notch along notch direction；
In the present embodiment, due to the attachment structure between left arc-shaped watertight shutter 22 and frame 1 and right arc-shaped watertight shutter
Attachment structure all same between 221 and frame, below exemplified by the attachment structure only between left arc-shaped watertight shutter 22 and frame 1
Illustrate, the left arc-shaped watertight shutter 22 and the specific attachment structure of frame 1 are：In the top outer of left arc-shaped watertight shutter 22
L-shaped on can be fastened on the central rack middle cross beam 23 of cooling cylinder 3 top first is provided with wall to be located by connecting plate 24,
The frame lower side horizontal stroke for being just downwardly against the cooling lower left of cylinder 3 is provided with the lower outside wall of left arc-shaped watertight shutter 22
First time L-shaped on beam 25 is located by connecting plate 26, and left arc-shaped watertight shutter 22 is by the way that L-shaped on corresponding first is located by connecting plate 24
It is locked and pacifies with central rack middle cross beam 23 and the phase of frame lower side crossbeam 25 respectively with first time L-shaped plate 26 that is located by connecting
In frame 1, arc-shaped watertight shutter so can be more easily dismounted, substantially increases disassembly efficiency；
In the present embodiment, the structure of the multicell linkage dedusting mechanism is：Including sintered filter core deduster 27 and self-excitation
Formula screen collector 28, the air inlet of the sintered filter core deduster 27 are connected with the gas outlet in the first discharging observation storehouse 10,
The gas outlet of sintered filter core deduster 27 is connected with the air inlet of auto-excitation type screen collector 28, above-mentioned multicell linkage dust removal machine
Structure effectively can carry out dust removal by filtration to the gas discharged from gas outlet；
In the present embodiment, the heat-insulation and heat-preservation machine of insulation can be thermally shielded to sterilizing cylinder 2 by being additionally provided with frame 1
Structure, the structure of the heat-insulation and heat-preservation mechanism are：Sterilizing cylinder 2 below both sides central rack side crossbeam 29 between be supported by peace
Loading board 30, horizontal thermal insulation thermal insulation board 31 is provided with the top of installing plate 30, is provided with the frame 1 in the left side of sterilizing cylinder 2
Left arc thermal insulation thermal insulation board 32, right arc thermal insulation thermal insulation board 321, level insulation are provided with the frame 1 on the right side of sterilizing cylinder 2
Thermal insulation board 31, left arc thermal insulation thermal insulation board 32 and the right three of arc thermal insulation thermal insulation board 321 just surround sterilizing cylinder 2 jointly,
And now horizontal thermal insulation thermal insulation board 31, left arc thermal insulation thermal insulation board 32, right arc thermal insulation thermal insulation board 321, sterilizing cylinder 2 and machine
Frame 1 is collectively forming closed heat-insulation and heat-preservation chamber 33, and some heating plates 34 are also equipped with the top of horizontal thermal insulation thermal insulation board 31,
Gap is left between heating plate 34 and sterilizing cylinder 2, above-mentioned heat-insulation and heat-preservation mechanism structure is simple, convenient to install and maintain, can not only
Effectively prevent the heat of the superheated steam in sterilizing cylinder 2 to be dispersed into outside rapidly by the side wall for the cylinder 2 that sterilizes, and heat
Piece can carry out auxiliary heating to sterilizing cylinder, lift sterilization effect, simultaneously because heating plate drops significantly not with sterilizing barrel body rotation
The impaired probability of low heating plate, and then the service life of heating plate is extended, reduce enterprise's use cost；In the present embodiment
In, due to the attachment structure between left arc thermal insulation thermal insulation board 32 and frame 1 and left arc thermal insulation thermal insulation board 321 and frame 1
Between attachment structure all same, carried out below exemplified by the attachment structure only between left arc thermal insulation thermal insulation board 32 and frame 1
Illustrate, the left arc thermal insulation thermal insulation board 32 and the specific attachment structure of frame 1 are：At the top of left arc thermal insulation thermal insulation board 32
L-shaped on can be fastened on the upper rack middle cross beam 35 of sterilizing cylinder 2 top second is provided with lateral wall to be located by connecting plate
36, it is provided with the lower outside wall of left arc thermal insulation thermal insulation board 32 and is just downwardly against respective side below sterilizing cylinder 2
Second time L-shaped on central rack side crossbeam 29 is located by connecting plate 38, left arc thermal insulation thermal insulation board 32 pass through will corresponding to second
Upper L-shaped is located by connecting plate 36 and second time L-shaped is located by connecting, and plate 38 is horizontal with upper rack middle cross beam 35 and central rack side respectively
The phase of beam 29 is locked in frame 1, so can more easily dismount arc thermal insulation thermal insulation board, substantially increase and tear open
Fill efficiency；In the present embodiment, a blend stop 39, two blend stops are respectively arranged with the top both sides of horizontal thermal insulation thermal insulation board 31
Spacing between 39 can just keep flat two pieces of heating plates 34, on the top of horizontal thermal insulation thermal insulation board 31 between two blend stops 39
Two row's heating plates 34 are equipped with, axis 40 is provided with the lateral wall of every heating plate 34, are set at the top of every blend stop 39
The neck being caught in for axis 40 is equipped with, heating plate 34 by axis 40 by being caught in corresponding neck to be fixedly mounted on horizontal thermal insulation separation
The top of hot plate 31, heating plate 34 so can be faster installed, improve disassembly efficiency；
In the present embodiment, sterilizing can be extended from the sterilizing charging aperture of cylinder 2 by two being provided with the first charging observation storehouse 6
The multi-functional tube 5 of the inside center of cylinder 2, wherein a multi-functional tube 5 to sterilizing cylinder 2 inside discharge steam, Ling Yigen
Multi-functional tube 5 to sterilizing the inwall shower water of cylinder 2；Being correspondingly arranged on two on the first discharging observation storehouse 10 can be from sterilizing
Barrel discharge hole extends the multi-functional tube 5 at sterilizing inner barrel center, wherein a multi-functional tube 5 is into sterilizing cylinder 2
Portion discharge steam, another multi-functional tube 5 to sterilizing the inwall shower water of cylinder 2；Set on the second charging observation storehouse 12
Have one can from cooling the charging aperture of cylinder 3 extend cooling the inside center of cylinder 3 multi-functional tube 5, the root multi-functional tube 5 to
Cool down the inwall shower water of cylinder 3；Cooling cylinder can be extended from the cooling discharging opening of cylinder 3 by being provided with the second discharging observation storehouse 14
The multi-functional tube 5 of 3 inside centers, the root multi-functional tube 5 is to the cooling inwall shower water of cylinder 3, and every multi-functional tube 5
It is socketed to form by least two sections of mutual screw threads of independent telescoping tube, the arrangement mode installation of multi-functional tube is more square in this cylinder
Just, when needing to pull down multi-functional tube 5, staff need to only stand outside sterilizing cylinder 2, then extract out paragraph by paragraph and unload the following group
Into the telescoping tube of multi-functional tube, at least half of peripheral operation space can be so saved；
In the present embodiment, due to every multi-functional tube and it is corresponding observation storehouse between mounting structure all same, below only
Illustrated exemplified by mounting structure between multi-functional tube and the first charging observation storehouse 10, as shown in figure 3, the multi-functional tube
Observing the specific mounting structure between storehouse 10 the first charging is：It is provided with the first charging observation storehouse 10 for multi-functional tube 5
The mounting hole passed through, the sleeve pipe 41 passed through for multi-functional tube 5 is provided with the first charging observation inwall of storehouse 6 at mounting hole,
Multi-functional 5 pipe stretches into corresponding sterilizing cylinder 2 after sequentially passing through corresponding mounting hole and sleeve pipe 41, distinguishes in the both sides up and down of sleeve pipe 41
A radial screw bore is provided with, screw thread is provided with regulation lock-screw 42 on one in the radial screw bore of upside, under
Screw thread is provided with a lower regulation lock-screw 43, upper regulation lock-screw 42 and lower regulation locking screw in the radial screw bore of side
Nail 43 is by the corresponding inside of radial screw bore precession sleeve 41 and supports respectively in the both sides up and down of multi-functional tube 5, such side
Face, when needing to clean multi-functional tube 5, staff need to only stand outside cylinder extract out multi-functional tube cleaned,
It need not enter back into cylinder and be cleaned, it is easy to operate, on the other hand, by adjusting lock-screw 42 in regulation with lowering
Leveling can be carried out to multi-functional tube 5 by saving lock-screw 43, so that the high-temperature sterilization effect and cleaning performance of multi-functional tube reach
To optimum state；
Operation principle of the present utility model is as follows：
First make drive mechanism drive sterilizing cylinder to be rotated with cooling cylinder around its center axis, while open heating plate
34, realize and the auxiliary for the cylinder 2 that sterilizes is heated, to prevent the temperature after contact sterilizes cylinder inboard wall of the material in sterilization process from dropping
It is low and do not reach sterilization effect, and the injection into sterilizing cylinder 2 of multi-functional tube 5 to the superheated steam to sterilize, is opened simultaneously
Dynamic water pump 20, make water pump 20 that the cooling water in header tank 19 is sprayed into cooling cylinder 3 through water inlet pipe 21 and cooling spray pipe 16, it is real
Now to the cooling of cooling cylinder 3；
Then vacuum feeder 8 is opened, charging aperture of the material through feed pipe 9 from sterilizing cylinder 2 is passed through by vacuum feeder 8
Sterilize cylinder 2, and in sterilizing cylinder 2 in its center axis rotary course, the material at the charging aperture of cylinder 2 that sterilizes can be along spiral
Shape deflector chute 4 gradually moves to discharging opening, multi-functional during material moves from the sterilizing charging aperture of cylinder 2 to discharging opening
The superheated steam that pipe 5 sprays can carry out high-temperature sterilization to the material moved in sterilization cylinder body；When material from sterilizing the charging aperture of cylinder 2
Discharge outlet is moved to complete disinfecting action and be transported in the first discharging observation storehouse 10, and material is in high-temperature sterilization
During caused dusty gas also can constantly enter first discharging observe storehouse 10, into first discharging observation storehouse 10 dust gas
Cognition gas outlet at the top of storehouse 10 from the first discharging is passed through sintered filter core deduster 27 and carries out preliminary dust removal by filtration, enters back into
Auto-excitation type screen collector 28 is discharged after carrying out depth-type filtration dedusting；
And enter the material that sterilized that the first discharging is observed in storehouse 10 and can lead to through drainage conduit 11 from the charging aperture of cooling cylinder 3
Enter to cool down cylinder 3, in cooling cylinder 3 in its center axis rotary course, the material cooled down at the charging aperture of cylinder 3 can be along spiral shell
Revolve shape deflector chute 41 gradually to move to discharging opening, in the process that the material that sterilized moves from the cooling charging aperture of cylinder 3 to discharging opening
In, the cooling water in header tank 19 constantly will be sprayed to cooling cylinder 3 by water pump 20 through water inlet pipe 21 and cooling spray pipe 16, be led to
Cross and is carried out by cooling down and realizes the cooling down to the material that sterilized in cooling cylinder 3 for cooling cylinder 3, and be sprayed to cold
But the water on the outer wall of cylinder 3 is back to header tank 19 after being stopped by arc-shaped watertight shutter and recycled；When the material that sterilized
Discharge outlet, which is moved to, from the cooling charging aperture of cylinder 3 completes cooling down operation and from being transported to the second discharging in storehouse 14,
The discharge port that the bottom of storehouse 14 is observed through the second discharging again is discharged；
Before needing that different materials is sterilized and cooled down, can first it open in sterilizing cylinder 2 and cooling cylinder 3
To the multi-functional tube 5 sprayed water, by sterilizing cylinder 2 and cool down the inwall injection water of cylinder 3 will be remaining upper in cylinder
Batches are rinsed well, so as to prevent mutually being adulterated between material of different nature.
The utility model has the advantages that：First, it is easy to operate, the sterilizing of high-volume material continuous high temperature and quick cooling can be realized
Cooling, it is adapted to produce in enormous quantities, production efficiency is high；2nd, by observe storehouse can while inner barrel closed environment is ensured,
And can make operating personnel in real time, the intuitively working condition in inspection section body, substantially increase safety in utilization；3rd, can be to going out
Bacterium cylinder body carries out auxiliary heating, and sterilization effect is good, and service life is grown；4th, can be to caused dusty gas after high-temperature sterilization
Carry out effective dust removal by filtration, safety and environmental protection.
Claims (10)
1. powder Active sterilization cooling cabinet, including：Frame, it is characterised in that：Expansion bearing has in parallel point up and down in frame
The sterilizing cylinder of cloth and cooling cylinder, charging aperture and discharging opening are respectively provided with sterilizing cylinder with cooling down the both ends of cylinder,
On inwall of the sterilizing cylinder with cooling down cylinder spiral shape deflector chute, sterilizing cylinder and cooling cylinder are provided with along respective axial direction
Rotated under the driving of drive mechanism around its center axis, enable material in each cylinder from respective charging aperture along respective spiral
Shape deflector chute gradually moves to respective discharging opening direction, some discharging steam with being respectively provided with cooling cylinder in sterilizing cylinder
Or the multi-functional tube of water spray, it is provided with the frame at sterilizing cylinder charging aperture and watch window is communicated and be provided with the charging aperture
First charging observation storehouse, first charging observation storehouse at the top of be provided with vacuum feeder, in the discharging opening of vacuum feeder
The feed pipe of sterilizing inner barrel can be stretched into from the charging aperture of sterilizing cylinder by being provided with, in the frame of sterilizing cylinder discharge outlet
The the first discharging observation storehouse communicated with the discharging opening and provided with watch window is installed, set at the top in the first discharging observation storehouse
There is gas outlet, the multicell linkage dust removal machine that dust removal by filtration can be carried out to the gas discharged from gas outlet is provided with the gas outlet
Structure, the bottom in the first discharging observation storehouse is provided with discharge gate, being connected with discharge gate can be downwards from the charging of cooling cylinder
Mouth stretches into the drainage conduit of cooling inner barrel, is provided with cooling cylinder can be cooled down in the frame of the external side of cooling cylinder
Recyclable fountain cooling body, the second charging provided with watch window is installed in the frame at cooling cylinder charging aperture and seen
Cha Cang, the second discharging communicated with the discharging opening and provided with watch window is installed in the frame of cooling cylinder discharge outlet and seen
Cha Cang, the bottom in the second discharging observation storehouse is provided with discharge port, discharge valve is provided with discharge port.
2. powder Active sterilization cooling cabinet according to claim 1, it is characterised in that：The recyclable fountain cooler
The structure of structure is：Cooling spray pipe closed at both ends is provided with the frame of cooling cylinder side, on the tube wall of cooling spray pipe
It is provided with a water inlet and is also evenly arranged with the nozzle of some spout alignment cooling cylinder body outer walls along its length,
Open top is provided with the frame below cooling cylinder and the water being sprayed on cooling cylinder body outer wall can be collected
Header tank, being submerged in the water of header tank has water pump, and the delivery port of water pump is connected by water inlet pipe with the water inlet of cooling spray pipe
It is logical.
3. powder Active sterilization cooling cabinet according to claim 2, it is characterised in that：In the frame of cooling cylinder both sides
It is respectively arranged with the arc-shaped watertight shutter of water spluttering for preventing cooling spray pipe to be sprayed on cooling cylinder body outer wall.
4. powder Active sterilization cooling cabinet according to claim 3, it is characterised in that：The arc-shaped watertight shutter and frame
Specifically attachment structure is：The central rack that can be fastened on above cooling cylinder is provided with the top outer wall of arc-shaped watertight shutter
On middle cross beam first on L-shaped be located by connecting plate, be provided with the lower outside wall of arc-shaped watertight shutter be just downwardly against it is cold
But first time L-shaped below cylinder on the frame lower side crossbeam of respective side is located by connecting plate, and arc-shaped watertight shutter passes through will correspondence
First on L-shaped be located by connecting plate and first time L-shaped plate that is located by connecting is horizontal with central rack middle cross beam and frame lower side respectively
Beam is mutually locked and is arranged in frame.
5. powder Active sterilization cooling cabinet according to claim 1, it is characterised in that：The multicell linkage dedusting mechanism
Structure is：Including sintered filter core deduster and auto-excitation type screen collector, the air inlet and first of the sintered filter core deduster
The gas outlet in discharging observation storehouse is connected, and the gas outlet of sintered filter core deduster is connected with the air inlet of auto-excitation type screen collector
It is logical.
6. powder Active sterilization cooling cabinet according to claim 1, it is characterised in that：Being additionally provided with frame can be to going out
Bacterium cylinder body is thermally shielded the heat-insulation and heat-preservation mechanism of insulation, and the structure of the heat-insulation and heat-preservation mechanism is：The both sides below sterilizing cylinder
Central rack side crossbeam between be supported by installing plate, horizontal thermal insulation thermal insulation board is provided with the top of installing plate, in sterilization cylinder
It is respectively arranged with arc thermal insulation thermal insulation board in the frame of body both sides, the arc thermal insulation thermal insulation board of horizontal thermal insulation thermal insulation board and both sides is just
It is good to surround sterilizing cylinder, and now horizontal thermal insulation thermal insulation board, the arc thermal insulation thermal insulation board of both sides, sterilizing cylinder and machine jointly
Frame is collectively forming closed heat-insulation and heat-preservation chamber, and some heating plates, heating plate are also equipped with the top of horizontal thermal insulation thermal insulation board
Gap is left between sterilizing cylinder.
7. powder Active sterilization cooling cabinet according to claim 6, it is characterised in that：The arc thermal insulation thermal insulation board and machine
The specific attachment structure of frame is：Being provided with the top outer wall of arc thermal insulation thermal insulation board can be fastened on above sterilizing cylinder
On upper rack middle cross beam second on L-shaped be located by connecting plate, be provided with just on the lower outside wall of arc thermal insulation thermal insulation board
It is downwardly against second time L-shaped below sterilizing cylinder on the central rack side crossbeam of respective side well to be located by connecting plate, arc is incubated
Thermal insulation board by by L-shaped on corresponding second be located by connecting plate and second time L-shaped be located by connecting plate respectively with it is horizontal in upper rack
Beam and central rack side crossbeam are mutually locked and are arranged in frame.
8. powder Active sterilization cooling cabinet according to claim 6, it is characterised in that：At the top of horizontal thermal insulation thermal insulation board
Both sides are respectively arranged with a blend stop, and the spacing between two blend stops can just keep flat two pieces of heating plates, two blend stops it
Between horizontal thermal insulation thermal insulation board at the top of on be equipped with two row's heating plates, be provided with axis on the lateral wall of every heating plate,
The neck being caught in for axis is provided with the top of every blend stop, heating plate by axis by being caught in corresponding neck to be fixedly mounted on
The top of horizontal thermal insulation thermal insulation board.
9. powder Active sterilization cooling cabinet according to claim 1, it is characterised in that：Set on the first charging observation storehouse
There are some multi-functional tubes that sterilizing inner barrel center can be extended from sterilizing cylinder charging aperture, it is corresponding on the first discharging observation storehouse
Some multi-functional tubes that sterilizing inner barrel center can be extended from sterilizing barrel discharge hole are provided with, on the second charging observation storehouse
The multi-functional tube at cooling inner barrel center can be extended from cooling cylinder charging aperture by being provided with, and be set on the second discharging observation storehouse
The multi-functional tube at cooling inner barrel center can be extended from cooling barrel discharge hole by having, and every multi-functional tube is by least two sections of independences
The mutual screw thread of telescoping tube be socketed to form.
10. powder Active sterilization cooling cabinet according to claim 1, it is characterised in that：Every multi-functional tube is seen with corresponding
The specific mounting structure examined between storehouse is：The installation passed through for multi-functional tube is provided with observation storehouse corresponding with multi-functional tube
Hole, the sleeve pipe passed through for multi-functional tube is provided with the observation storehouse inwall at mounting hole, and multi-functional tube sequentially passes through corresponding peace
Corresponding cylinder is stretched into behind dress hole and sleeve pipe, a radial screw bore is respectively arranged with the both sides up and down of sleeve pipe, in each radial direction
Screw thread is provided with a regulation lock-screw respectively in screwed hole, and two regulation lock-screws pass through corresponding radial screw bore precession
Sleeve inner simultaneously supports in the both sides up and down of multi-functional tube respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720159601.6U CN207152800U (en) | 2017-02-22 | 2017-02-22 | Powder Active sterilization cooling cabinet |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720159601.6U CN207152800U (en) | 2017-02-22 | 2017-02-22 | Powder Active sterilization cooling cabinet |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207152800U true CN207152800U (en) | 2018-03-30 |
Family
ID=61708527
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720159601.6U Expired - Fee Related CN207152800U (en) | 2017-02-22 | 2017-02-22 | Powder Active sterilization cooling cabinet |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207152800U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106822932A (en) * | 2017-02-22 | 2017-06-13 | 江苏神农灭菌设备股份有限公司 | Powder Active sterilization cooling cabinet |
-
2017
- 2017-02-22 CN CN201720159601.6U patent/CN207152800U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106822932A (en) * | 2017-02-22 | 2017-06-13 | 江苏神农灭菌设备股份有限公司 | Powder Active sterilization cooling cabinet |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180330 Termination date: 20200222 |