CN206670301U - A kind of medicinal powder high efficiency drying device - Google Patents
A kind of medicinal powder high efficiency drying device Download PDFInfo
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- CN206670301U CN206670301U CN201720128004.7U CN201720128004U CN206670301U CN 206670301 U CN206670301 U CN 206670301U CN 201720128004 U CN201720128004 U CN 201720128004U CN 206670301 U CN206670301 U CN 206670301U
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- casing
- screw thread
- medicinal powder
- pipe
- heating component
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Abstract
The utility model discloses a kind of medicinal powder high efficiency drying device, including support, casing, jet pipe, nozzle, upper poly material cover, breather pipe, filter assemblies, blast pipe, heating component, lower poly material cover, flashboard, cylinder, because some heating unit cavitys are interconnected by the first connecting tube and the second connecting tube respectively, therefore, through oil inlet pipe to heating unit be pumped into deep fat when, deep fat heats all heating units, medicinal powder to be dried is blown into jet pipe, medicinal powder is gathered after being sprayed by nozzle through upper poly material cover, medicinal powder is continued through heating component by Action of Gravity Field, heating unit heats to medicinal powder, so as to by moisture rapid evaporation, steam is successively through breather pipe, filter assemblies, blast pipe is discharged, medicinal powder after evaporation moisture falls into lower poly material cover, cylinder pulls flashboard, so as to which medicinal powder is discharged into casing.The apparatus structure is simple, is reheated after medicinal powder is disperseed, and effectively shortens the drying cycle, improves production efficiency.
Description
Technical field
It the utility model is related to a kind of mechanical device, more particularly to a kind of medicinal powder high efficiency drying device.
Background technology
During pharmacy, raw material is first separated most of water and medicinal powder using separation equipment after reactor reaction terminates, then will
Medicinal powder is contained in pallet and is positioned in drying plant and dried, because medicinal powder is accumulated and has certain thickness, it is necessary to longer
Time thoroughly could dry medicinal powder completely, drying time length, and efficiency is low.In view of drawbacks described above, is necessary to design a kind of medicine in fact
Powder high efficiency drying device.
Utility model content
Technical problem to be solved in the utility model is：A kind of medicinal powder high efficiency drying device is provided, to solve medicinal powder
The problem of accumulation causes drying time to be grown, and efficiency is low.
In order to solve the above technical problems, the technical solution of the utility model is：A kind of medicinal powder high efficiency drying device, including branch
Frame, casing, jet pipe, quantity no less than 2 nozzle, upper poly material cover, breather pipe, filter assemblies, blast pipe, heating component, under
Poly material cover, flashboard, cylinder, described casing are located at pedestal upper end, and described casing is connected with support screw thread, described jet pipe position
At the top of box inside, described jet pipe is connected with casing screw thread, and described nozzle is located at jet pipe lower end, described nozzle and spray
Pipe screw thread is connected, and described upper poly material cover is located at box inside upper end and is located at nozzle lower end, described upper poly material cover and casing
Screw thread is connected and is movably connected with nozzle, and described breather pipe is located on the left of upper poly material cover and runs through casing, described breather pipe
It is weldingly connected with upper poly material cover and is connected with casing gap, described filter assemblies is located on the outside of casing and outside breather pipe
Side, described filter assemblies are connected with casing screw thread and are movably connected with breather pipe, and described blast pipe is located at a filter assemblies left side
Side, described blast pipe are connected with filter assemblies screw thread, and described heating component is located at upper poly material cover lower end and in casing
Side, described heating component are connected with upper poly material cover gap and are connected with casing screw thread, and described lower poly material cover is located in casing
Side lower end and it is located at heating component lower end, described lower poly material cover is connected with casing screw thread and is movably connected with heating component, institute
The flashboard stated is located at lower poly material cover lower end, and described flashboard is connected with lower poly material cover hinge, and described cylinder is located at flashboard lower end
And it is located at box inside, described cylinder is connected with flashboard hinge and is connected with chest hinge；
Described heating component also includes some heating units being arranged in parallel, the first connecting tube, spacer, the second company
Adapter, the first described connecting tube are arranged at lower end between adjacent two pieces heating unit, and the first described connecting tube is single with heating
Member is weldingly connected, the first described connecting tube and heating unit cavity intercommunication, and described spacer is arranged at adjacent two pieces heating
Between unit, described spacer is weldingly connected with heating unit, and it is single that the second described connecting tube is arranged at adjacent two pieces heating
Upper end between member, the second described connecting tube are weldingly connected with heating unit, the second described connecting tube and heating unit cavity
Intercommunication.
The utility model further improves as follows：
Further, described casing is additionally provided with heat-insulation layer, and described heat-insulation layer is located at box inside, described heat-insulation layer
It is connected with casing screw thread.
Further, described casing is additionally provided with the first blend stop, and the first described blend stop is located at box inside, and described
One blend stop is connected with welding box body.
Further, described filter assemblies also include supervisor, the U-shaped slideway no less than 2, the filtering no less than 2
Mechanism, described supervisor are located on the outside of casing and on the outside of breather pipes, described supervisor be connected with casing screw thread and with ventilation
Pipe is movably connected, and described U-shaped slideway is weldingly connected positioned at supervisor inner side, described U-shaped slideway with supervisor, described filter
Structure one end is inserted on the inside of U-shaped slideway, and described filter mechanism is connected with U-shaped slideway gap, described filter mechanism other end position
In supervisor upper end, described filter mechanism is connected with supervisor's screw thread.
Further, described filter mechanism also includes shrouding, housing, filter screen, rubber blanket, handle, described shrouding position
In supervisor upper end, described shrouding is connected with supervisor's screw thread, and described housing is located at shrouding lower end, described housing and shrouding spiral shell
Line is connected, and described filter screen is located at case inside, and described filter screen is connected with housing close-fitting, and described rubber blanket is located under shrouding
End, described rubber blanket is Nian Jie with shrouding to be connected, and described handle is located at shrouding upper end, described handle and shrouding screw thread phase
Even, housing can be pulled out along U-shaped slideway by handle, you can change filter screen.
Further, described heating component is additionally provided with oil inlet pipe, and described oil inlet pipe is located on the right side of heating component and passed through
Casing is worn, described oil inlet pipe is connected with heating component screw thread and is connected with casing screw thread.
Further, described heating component is additionally provided with oil return pipe, and described oil return pipe is located on the left of heating component and passed through
Casing is worn, described oil return pipe is connected with heating component screw thread and is connected with casing screw thread.
Further, described heating component is additionally provided with the second blend stop, and the second described blend stop is located on the outside of heating component
And it is located at the first blend stop upper end, and the second described blend stop is weldingly connected with heating component and is connected with the first blend stop screw thread, and first
Blend stop and the second blend stop cooperate, and are fixed for heating component.
Compared with prior art, medicinal powder high efficiency drying device, if because the first connecting tube and the second connecting tube respectively will
Dry heating unit cavity is interconnected, therefore, through oil inlet pipe to heating unit be pumped into deep fat when, deep fat adds all heating units
Heat, medicinal powder to be dried is blown into jet pipe, medicinal powder is gathered after being sprayed by nozzle through upper poly material cover, and medicinal powder is by Action of Gravity Field
Continue through heating component, heating unit heats to medicinal powder, so as to by moisture rapid evaporation, steam successively through breather pipe,
Filter assemblies, blast pipe discharge, evaporate the medicinal powder after moisture and fall into lower poly material cover, cylinder pulls flashboard, so as to which medicinal powder be discharged
Casing.The apparatus structure is simple, is reheated after medicinal powder is disperseed, and effectively shortens the drying cycle, improves production efficiency.
Brief description of the drawings
Fig. 1 shows the utility model structure diagram
Fig. 2 shows the utility model filter assemblies structural representation
Fig. 3 shows the utility model filter mechanism structural representation
Fig. 4 shows the utility model heating component structural representation
The casing 2 of support 1
The nozzle 4 of jet pipe 3
The upper breather pipe 6 of poly material cover 5
The blast pipe 8 of filter assemblies 7
9 times poly material covers of heating component 10
The cylinder 12 of flashboard 11
The blend stop 202 of heat-insulation layer 201 first
It is responsible for 701 U-shaped slideways 702
The shrouding 704 of filter mechanism 703
The filter screen 706 of housing 705
The handle of rubber blanket 707 708
The connecting tube 902 of heating unit 901 first
The connecting tube 904 of spacer 903 second
The oil return pipe 906 of oil inlet pipe 905
Second blend stop 907
Embodiment
As shown in Figure 1, Figure 2, Figure 3, Figure 4, a kind of medicinal powder high efficiency drying device, including support 1, casing 2, jet pipe 3, quantity
Nozzle 4, upper poly material cover 5, breather pipe 6, filter assemblies 7, blast pipe 8, heating component 9, lower poly material cover 10, lock no less than 2
Plate 11, cylinder 12, described casing 2 are located at the upper end of support 1, and described casing 2 is connected with the screw thread of support 1, described jet pipe 3
In the inside top of casing 2, described jet pipe 3 is connected with the screw thread of casing 2, and described nozzle 4 is located at the lower end of jet pipe 3, described spray
Mouth 4 is connected with the screw thread of jet pipe 3, and described upper poly material cover 5 is located at the inner top side of casing 2 and is located at the lower end of nozzle 4, and described is upper poly-
Material cover 5 is connected with the screw thread of casing 2 and is movably connected with nozzle 4, and described breather pipe 6 is positioned at the upper left side of poly material cover 5 and runs through case
Body 2, described breather pipe 6 are weldingly connected with upper poly material cover 5 and are connected with the gap of casing 2, and described filter assemblies 7 are located at casing
On the outside of 2 and positioned at the outside of breather pipe 6, described filter assemblies 7 are connected with the screw thread of casing 2 and are movably connected with breather pipe 6, described
Blast pipe 8 be located at the left side of filter assemblies 7, described blast pipe 8 is connected with the screw thread of filter assemblies 7, described heating component 9
In the upper lower end of poly material cover 5 and positioned at the inner side of casing 2, described heating component 9 be connected with the upper gap of poly material cover 5 and with the spiral shell of casing 2
Line is connected, and described lower poly material cover 10 is located at the inside lower end of casing 2 and is located at the lower end of heating component 9, described lower poly material cover 10
It is connected with the screw thread of casing 2 and is movably connected with heating component 9, described flashboard 11 is located at the lower lower end of poly material cover 10, described lock
Plate 11 is connected with the lower hinge of poly material cover 10, and described cylinder 12 is located at the lower end of flashboard 11 and positioned at the inner side of casing 2, described cylinder
12 are connected with the hinge of flashboard 11 and are connected with the hinge of casing 2；Described heating component 9 also includes the heating of some parallel arrangements
Unit 901, the first connecting tube 902, spacer 903, the second connecting tube 904, the first described connecting tube 902 are arranged at adjacent two
Lower end between part heating unit 901, the first described connecting tube 902 are weldingly connected with heating unit 901, the described first connection
Pipe 902 and the cavity intercommunication of heating unit 901, described spacer 903 is arranged between adjacent two pieces heating unit 901, described
Spacer 903 be weldingly connected with heating unit 901, the second described connecting tube 904 is arranged at adjacent two pieces heating unit 901
Between upper end, the second described connecting tube 904 is weldingly connected with heating unit 901, and the second described connecting tube 904 and heating are single
First 901 cavity intercommunications, described casing 2 are additionally provided with heat-insulation layer 201, and described heat-insulation layer 201 is located at the inner side of casing 2, described
Heat-insulation layer 201 is connected with the screw thread of casing 2, and described casing 2 is additionally provided with the first blend stop 202, and the first described blend stop 202 is located at
The inner side of casing 2, the first described blend stop 202 are weldingly connected with casing 2, and described filter assemblies 7 also include supervisor 701, much
U-shaped slideway 702 in 2, the filter mechanism 703 no less than 2, described supervisor 701 are located at the outside of casing 2 and positioned at ventilations
The outside of pipe 6, described supervisor 701 are connected with the screw thread of casing 2 and are movably connected with breather pipe 6, and described U-shaped slideway 702 is located at
The inner side of supervisor 701, described U-shaped slideway 702 are weldingly connected with supervisor 701, and U-shaped cunning is inserted in described one end of filter mechanism 703
The inner side of road 702, described filter mechanism 703 are connected with the U-shaped gap of slideway 702, and the described other end of filter mechanism 703 is positioned at master
The upper end of pipe 701, described filter mechanism 703 with supervisor 701 screw threads be connected, described filter mechanism 703 also include shrouding 704,
Housing 705, filter screen 706, rubber blanket 707, handle 708, described shrouding 704 is positioned at 701 upper ends of supervisor, described shrouding 704
It is connected with 701 screw threads of supervisor, described housing 705 is located at the lower end of shrouding 704, described housing 705 and the screw thread phase of shrouding 704
Even, described filter screen 706 is located at the inner side of housing 705, and described filter screen 706 is connected with the close-fitting of housing 705, described rubber blanket
707 are located at the lower end of shrouding 704, and described rubber blanket 707 is Nian Jie with shrouding 704 to be connected, and described handle 708 is located at shrouding 704
Upper end, described handle 708 are connected with the screw thread of shrouding 704, can be pulled out housing 705 along U-shaped slideway 702 by handle 708,
I.e. replaceable filter screen 706, described heating component 9 are additionally provided with oil inlet pipe 905, and it is right that described oil inlet pipe 905 is located at heating component 9
Side and run through casing 2, described oil inlet pipe 905 is connected with the screw thread of heating component 9 and is connected with the screw thread of casing 2, described heating
Component 9 is additionally provided with oil return pipe 906, and described oil return pipe 906 is located at the left side of heating component 9 and runs through casing 2, described oil return pipe
906 are connected with the screw thread of heating component 9 and are connected with the screw thread of casing 2, and described heating component 9 is additionally provided with the second blend stop 907, described
The second blend stop 907 be located at the outside of heating component 9 and be located at the upper end of the first blend stop 202, the second described blend stop 907 and heating group
Part 9 is weldingly connected and is connected with the screw thread of the first blend stop 202, and the first blend stop 202 cooperates with the second blend stop 907, for heating
Component 9 is fixed, the medicinal powder high efficiency drying device, because the first connecting tube 902 and the second connecting tube 904 are single by some heating respectively
First 901 cavitys are interconnected, therefore, through oil inlet pipe 905 to heating unit 901 be pumped into deep fat when, deep fat is by all heating units
901 heating, are blown into medicinal powder to be dried into jet pipe 3, and medicinal powder is gathered after being sprayed by nozzle 4 through upper poly material cover 5, medicinal powder by
Action of Gravity Field continues through heating component 9, and heating unit 901 heats to medicinal powder, so as to which moisture rapid evaporation, steam is first
Discharged by breather pipe 6, filter assemblies 7, blast pipe 8, evaporate the medicinal powder after moisture and fall into lower poly material cover 5, cylinder 12 pulls lock
Plate 11, so as to which medicinal powder is discharged into casing 2.The apparatus structure is simple, is reheated after medicinal powder is disperseed, and effectively shortens the drying cycle,
Improve production efficiency.
The utility model is not limited to above-mentioned specific embodiment, and one of ordinary skill in the art visualizes from above-mentioned
Hair, without performing creative labour, a variety of conversion made, all falls within the scope of protection of the utility model.
Claims (8)
- A kind of 1. medicinal powder high efficiency drying device, it is characterised in that including support, casing, jet pipe, quantity no less than 2 nozzle, Upper poly material cover, breather pipe, filter assemblies, blast pipe, heating component, lower poly material cover, flashboard, cylinder, described casing is positioned at branch Frame upper end, described casing are connected with support screw thread, and described jet pipe is located at the top of box inside, described jet pipe and casing spiral shell Line is connected, and described nozzle is located at jet pipe lower end, and described nozzle is connected with spout threads, and described upper poly material cover is located at casing Inner top side and it is located at nozzle lower end, described upper poly material cover is connected with casing screw thread and is movably connected with nozzle, and described is logical Tracheae is located on the left of upper poly material cover and runs through casing, described breather pipe be weldingly connected with upper poly material cover and with casing gap phase Even, described filter assemblies be located on the outside of casing and positioned at breather pipe outsides, described filter assemblies be connected with casing screw thread and It is movably connected with breather pipe, described blast pipe is located on the left of filter assemblies, and described blast pipe is connected with filter assemblies screw thread, Described heating component is located at upper poly material cover lower end and is located at box inside, and described heating component is connected with upper poly material cover gap And be connected with casing screw thread, described lower poly material cover is located at box inside lower end and is located at heating component lower end, and described is lower poly- Material cover is connected with casing screw thread and is movably connected with heating component, and described flashboard is located at lower poly material cover lower end, described flashboard It is connected with lower poly material cover hinge, described cylinder is located at flashboard lower end and is located at box inside, described cylinder and flashboard hinge It is connected and is connected with chest hinge；Described heating component also includes some heating units being arranged in parallel, the first connecting tube, spacer, the second connection Pipe, the first described connecting tube are arranged at lower end between adjacent two pieces heating unit, the first described connecting tube and heating unit It is weldingly connected, the first described connecting tube and heating unit cavity intercommunication, it is single that described spacer is arranged at adjacent two pieces heating Between member, described spacer is weldingly connected with heating unit, and the second described connecting tube is arranged at adjacent two pieces heating unit Between upper end, the second described connecting tube is weldingly connected with heating unit, and the second described connecting tube and heating unit cavity are mutual It is logical.
- 2. medicinal powder high efficiency drying device as claimed in claim 1, it is characterised in that described casing is additionally provided with heat-insulation layer, described Heat-insulation layer be located at box inside, described heat-insulation layer is connected with casing screw thread.
- 3. medicinal powder high efficiency drying device as claimed in claim 1, it is characterised in that described casing is additionally provided with the first blend stop, institute The first blend stop stated is located at box inside, and the first described blend stop is connected with welding box body.
- 4. medicinal powder high efficiency drying device as claimed in claim 1, it is characterised in that described filter assemblies also include supervisor, no U-shaped slideway less than 2, the filter mechanism no less than 2, described supervisor are located on the outside of casing and on the outside of breather pipe, Described supervisor is connected with casing screw thread and is movably connected with breather pipe, and described U-shaped slideway is positioned at supervisor inner side, described U Type slideway is weldingly connected with supervisor, and described filter mechanism one end is inserted on the inside of U-shaped slideway, described filter mechanism and U-shaped cunning Road gap is connected, and the described filter mechanism other end is connected positioned at supervisor upper end, described filter mechanism with supervisor's screw thread.
- 5. medicinal powder high efficiency drying device as claimed in claim 4, it is characterised in that described filter mechanism also includes shrouding, shell Body, filter screen, rubber blanket, handle, described shrouding are connected positioned at supervisor upper end, described shrouding with supervisor's screw thread, described shell Body is located at shrouding lower end, and described housing is connected with shrouding screw thread, and described filter screen is located at case inside, described filter screen and shell Body close-fitting is connected, and described rubber blanket is located at shrouding lower end, and described rubber blanket is Nian Jie with shrouding to be connected, and described handle is located at Shrouding upper end, described handle are connected with shrouding screw thread.
- 6. medicinal powder high efficiency drying device as claimed in claim 1, it is characterised in that described heating component is additionally provided with oil inlet pipe, Described oil inlet pipe is located on the right side of heating component and runs through casing, and described oil inlet pipe is connected with heating component screw thread and and casing Screw thread is connected.
- 7. medicinal powder high efficiency drying device as claimed in claim 1, it is characterised in that described heating component is additionally provided with oil return pipe, Described oil return pipe is located on the left of heating component and runs through casing, and described oil return pipe is connected with heating component screw thread and and casing Screw thread is connected.
- 8. the medicinal powder high efficiency drying device described in claim 3 or 1, it is characterised in that described heating component is additionally provided with second gear Bar, the second described blend stop are located on the outside of heating component and are located at the first blend stop upper end, the second described blend stop and heating component It is weldingly connected and is connected with the first blend stop screw thread.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720128004.7U CN206670301U (en) | 2017-02-13 | 2017-02-13 | A kind of medicinal powder high efficiency drying device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720128004.7U CN206670301U (en) | 2017-02-13 | 2017-02-13 | A kind of medicinal powder high efficiency drying device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206670301U true CN206670301U (en) | 2017-11-24 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720128004.7U Expired - Fee Related CN206670301U (en) | 2017-02-13 | 2017-02-13 | A kind of medicinal powder high efficiency drying device |
Country Status (1)
| Country | Link |
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| CN (1) | CN206670301U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106766825A (en) * | 2017-02-13 | 2017-05-31 | 池州东升药业有限公司 | A kind of medicinal powder high efficiency drying device |
-
2017
- 2017-02-13 CN CN201720128004.7U patent/CN206670301U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106766825A (en) * | 2017-02-13 | 2017-05-31 | 池州东升药业有限公司 | A kind of medicinal powder high efficiency drying device |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20171124 Termination date: 20190213 |
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| CF01 | Termination of patent right due to non-payment of annual fee |