CN218979775U - Drug-decocting pot conveying carrier capable of being connected with drug-decocting pot in pluggable mode - Google Patents

Abstract

The utility model relates to a drug-decocting pot conveying carrier which is connected with a drug-decocting pot in a pluggable manner, and is characterized by comprising a bracket for bearing the drug-decocting pot and a drug-decocting pot positioning structure arranged on the bracket, wherein the drug-decocting pot positioning structure surrounds a drug-decocting pot storage area on the bracket, when the drug-decocting pot is placed in the drug-decocting pot storage area, the drug-decocting pot positioning structure enables the range of the drug-decocting pot moving along the horizontal direction on the bracket to be kept within a set range, and the drug-decocting pot can be pulled out from a space surrounded by the drug-decocting pot positioning structure. The first object of the utility model is to provide a drug-decocting pot conveying carrier which is used for protecting the drug-decocting pot when conveying the drug-decocting pot by a conveying device and is connected with the drug-decocting pot in a pluggable manner, so that the problem that the existing drug-decocting pot is easy to damage in an automatic production process is solved.

Description

Drug-decocting pot conveying carrier capable of being connected with drug-decocting pot in pluggable mode

Technical Field

The utility model relates to the technical field of traditional Chinese medicine production, in particular to a drug-decocting pot conveying carrier which is connected with a drug-decocting pot in a pluggable mode.

Background

The decoction is suitable for the principle of syndrome differentiation and treatment of traditional Chinese medicine and modified according to symptoms. Besides the characteristics of simple and easy preparation, wide solvent source, no irritation and side effect, the preparation also has the advantages of liquid preparation, namely quick absorption and quick drug effect. The decoction is the most widely used formulation in clinic.

In the early stage of traditional Chinese medicine development, diet devices are mostly adopted as decoction devices. In ancient times, the pottery decocting tool is used more because the raw materials are easy to obtain, the manufacturing cost is low. Meanwhile, the pottery utensil has stable chemical property and is always a main medicine decocting utensil.

The individual home decoction is gradually a burden under the restriction of various factors, and the traditional Chinese medicine decoction replacing service is developed in various places. Because the traditional Chinese medicine decoction is dialectical treatment, the production of the traditional Chinese medicine decoction is dependent on manual work in a large amount. The current decocting machine adopts a cloth bag for wrapping and decocting, and partial insoluble particles enter the liquid medicine due to the insolubility of the wrapped and decocted materials and the extrusion and solid-liquid separation after the decoction, so that the quality of the traditional Chinese medicine decoction is seriously affected; the cloth bag is used for wrapping and soaking and decocting, so that the effective part of the decoction pieces is difficult to dissolve and the curative effect is difficult to influence. The large-scale decoction center is urgent to introduce intelligent decoction equipment following the traditional decoction process so as to meet the increasing decoction generation demands of residents and high-quality decoction services, improve the decoction quality and management level and promote the high-quality development of the decoction industry.

The intelligent medicine decocting equipment follows the traditional medicine decocting process and solves the problems: the medicine decocting pot which is composed of an inner container and an outer container and can be used for filtering the inner container is designed. When the traditional Chinese medicine decoction is subjected to automatic line production, the decoction pot directly acts on the outer surface of the decoction pot body to bear force during transferring in each working procedure, and deformation damage and bottom surface abrasion are easy to occur. The medicine decocting pot which is formed by the inner container and the outer container and can be filtered has the following defects: when decocting medicinal herbs through heating outer container diapire, receive the interference of inner container diapire, the patency when producing convection boiling is poor to lead to heating efficiency low: the liquid between the inner container and the outer container is easy to overflow during the decoction.

Disclosure of Invention

The first object of the utility model is to provide a drug-decocting pot conveying carrier which is used for protecting the drug-decocting pot when conveying the drug-decocting pot by a conveying device and is connected with the drug-decocting pot in a pluggable manner, so that the problem that the existing drug-decocting pot is easy to damage in an automatic production process is solved.

The second object of the utility model is to provide a drug-decocting pot conveying carrier which can ensure the smoothness of boiling convection in a state of filtering through the bottom wall of the inner container and is connected with the drug-decocting pot in a pluggable manner, so that the problem of low heating efficiency when the inner container and the outer container for conveying the drug-decocting pot conveying carrier realize the filtration of drug-decocting in the traditional drug-decocting pot is solved.

The third object of the utility model is to further provide a drug-decocting pot conveying carrier which can prevent the liquid medicine from overflowing from the space between the inner container and the outer container when in drug-decocting and is connected with the drug-decocting pot in a pluggable mode, and solve the problem that the liquid medicine is easy to overflow from the space between the inner container and the outer container when the traditional drug-decocting pot with the inner container structure for conveying the drug-decocting pot conveying carrier is used for decocting drugs.

The technical problems are solved by the following technical scheme: the utility model provides a but decocting pot transport carrier of plug-in connection decocting pot, its characterized in that, including bearing the bracket of decocting pot and setting up the decocting pot location structure on the bracket, the decocting pot location structure encloses out the decocting pot and deposits the region on the bracket, and the decocting pot is put in the decocting pot and deposits the region in the time, and the range that the decocting pot moved along the horizontal direction on the bracket is kept in the settlement range to the decocting pot location structure makes, and the decocting pot can be pulled out from the space that the decocting pot location structure encloses. When the device is used, the medicine decocting pot is placed in the medicine decocting pot storage area on the bracket, the medicine decocting pot positioning structure does not generate horizontal excessive movement to drop from the bracket, and the conveying device is contacted with the device to transfer the medicine decocting pot, so that the damage can be avoided. The decocting pot can be taken off from the utility model according to the need, and the decocting pot can be taken off from the utility model in a manner of falling or lifting from right above the storing area of the decocting pot. The medicine decocting pot can be separated from the utility model, so that the medicine decocting pot is more required to be added with the utility model or connected with the utility model, and the medicine decocting pot is convenient to carry out corresponding operation (such as cleaning the medicine decocting pot).

Preferably, the positioning structure of the medicine decocting pot is a plurality of limit stops, and the limit stops encircle the periphery of the medicine decocting pot when the medicine decocting pot is placed in the storage area of the medicine decocting pot. Provides a technical proposal of the positioning structure of the medicine decocting pot, which has simple structure with the medicine decocting pot.

As another preferable mode, the positioning structure of the medicine decocting pot comprises a limiting ring and a limiting ring connecting structure for connecting the limiting ring to the bracket, when the medicine decocting pot is placed in the storage area of the medicine decocting pot, the medicine decocting pot is arranged in the limiting ring in a penetrating mode on the bracket, and when the medicine decocting pot is used, the medicine decocting pot is placed on the bracket and the limiting ring surrounds the peripheral surface of the medicine decocting pot, so that the horizontal position relation between the medicine decocting pot and the bracket is limited in a required range.

Preferably, the limiting ring connecting structure comprises a connecting lug which is arranged on the limiting ring and provided with a limiting ring part connecting through hole, and a limiting ring part connecting bolt which penetrates through the limiting ring part connecting through hole and is connected with the bracket in a threaded manner.

The utility model also comprises two hanging structures distributed on two sides of the horizontal direction of the positioning structure of the decoction pot, wherein the hanging structures are used for hanging the bracket on the lifting mechanism when the decoction pot resting on the bracket is lifted by the lifting mechanism together with the bracket in a vertical state. The utility model is convenient for transferring the medicine decocting pot.

Preferably, the hanging structure is a hanging hole provided on the bracket.

Preferably, the hanging structure comprises a vertical connecting plate with the lower end connected to the bracket and a hanging plate connected to the vertical connecting plate.

Preferably, the drug-decocting pot comprises an outer container, an inner container and a cover; the inner container is provided with an inner container mouth, the upper end of the outer container is provided with an outer container mouth, the inner container can be penetrated in the outer container in a way of taking out from the outer container mouth, the cover is used for covering the inner container mouth, the outer container comprises a large-diameter section and a small-diameter section which are sequentially arranged from top to bottom, an outer container outer step positioned outside the outer container and an inner container inner step positioned inside the outer container are formed between the large-diameter section and the small-diameter section, the outer peripheral surface of the inner container is provided with an inner container step, the inner container is supported on the inner container inner step through the inner container step and is connected in the outer container, and the positioning structure of the drug-decocting pot is positioned below the outer container step. The structure compactness is good when being used for double-layer pot.

Preferably, the drug-decocting pot comprises an outer container, an inner container and a cover; the inner container is provided with an inner container part container mouth, the upper end of the outer container is provided with an outer container part container mouth, the inner container can be penetrated in the outer container in a penetrating way through the outer container part container mouth, and the cover is used for covering the inner container part container mouth, and the inner container is characterized in that the bottom wall of the inner container is provided with a bottom wall part through hole, and the bottom wall part through hole comprises a first through hole and a second through hole; when the through hole of the bottom wall part is a round hole, the diameter of the through hole of the bottom wall part is 0.1-4mm; when the through hole of the bottom wall is a strip hole, the width of the through hole of the bottom wall is 0.1-4mm. When in use, the Chinese medicinal decoction pieces and water are poured into the inner container, and then the Chinese medicinal decoction pieces and water are placed on a heat source (such as an electromagnetic oven) for heating so as to realize decoction. After the decoction is finished, the inner container and the outer container are separated, and then the solid-liquid separation of decoction and decoction dregs is realized by filtering through the through holes at the bottom wall part. According to the technical scheme, the thoroughly filtering can be ensured, and meanwhile, the heating convection boiling effect is smoother, so that the heating efficiency is improved. The second object is achieved.

Preferably, the opening shape of the first through hole is different from the opening shape of the second through hole, and/or the perimeter of the opening of the first through hole is larger than the perimeter of the opening of the second through hole. The boiling effect can be improved.

Preferably, an outer cavity is formed between the inner container and the outer container, and a plurality of defoaming through holes which are distributed along the circumferential direction of the inner container and are communicated with the outer cavity and the inner space of the inner container are formed in the upper part of the side wall of the inner container; when decocting, the Chinese medicinal decoction pieces are positioned in the inner container, the liquid is positioned in the inner container and the outer cavity, and the liquid level in the inner container is lower than the defoaming through hole. In the process that foam is generated in the outer cavity and moves upwards along the container wall during decoction, when the foam reaches the defoaming through holes, the foam breaks and enters the inner container, so that the effect of preventing the medicine from overflowing from the outer cavity during decoction is achieved. The external cavity is formed, so that the energy efficiency ratio during decoction can be improved. The second object is achieved.

Preferably, the outer circumferential surface of the inner container is provided with an annular groove extending along the circumferential direction of the inner container, and the defoaming through hole is arranged in the annular groove. The liquid medicine capable of draining upward movement enters the defoaming through hole, so that the effect of preventing the medicine from overflowing the outer cavity is improved.

Preferably, the part of the inner peripheral surface of the inner container corresponding to the annular groove is provided with an annular bulge extending along the circumferential direction of the inner container, and the defoaming through hole is positioned on the annular bulge. The inner container can be made to be of a thin-wall structure, and the annular groove can be formed, and the annular bulge and the defoaming through hole can be formed at the same time of forming the annular groove.

Preferably, the upper end of the outer container communicates with the external space of the outer container through a passageway.

Preferably, the opening end of the inner container is provided with an outward flange, the periphery of the outward flange extends out of the container mouth of the outer container part and is shielded at the upper end of the outer cavity, and the channel is formed between the outward flange and the upper end surface of the outer container; or (b)

The peripheral edge of the cover extends out of the container mouth of the outer container part and is shielded at the upper end of the outer cavity, and the channel is formed between the cover and the upper end surface of the outer container.

Can play a role in limiting pressure and ensure the reliability of anti-overflow.

Preferably, the outer cavity surrounds the inner container at an angle of 180 ° or more. The energy efficiency ratio is good, and the optimal scheme is that the angle of the outer cavity surrounding the inner container is 360 degrees.

Preferably, a lower cavity is defined between the part of the inner container below the inner container part step and the outer container, an upper cavity is defined between the part of the inner container above the inner container part step and the outer container, and the lower cavity and the upper cavity form the outer cavity. The bottom wall of the outer container is conveniently made into a thin-wall structure, so that the heat exchange efficiency is improved when the medicine is decocted by heating the bottom wall of the outer container in the medicine decocting process.

Preferably, a lower cavity is defined between the part of the inner container below the inner container part step and the outer container, an upper cavity is defined between the part of the inner container above the inner container part step and the outer container, the lower cavity and the upper cavity form the outer cavity, and the filtering holes are positioned in the lower cavity. The heat utilization rate and the heating efficiency can be improved.

Preferably, the inner container part step is matched and abutted with the conical surface of the inner container part step, and the conical surface is large at the upper end and small at the lower end. The angle of the outer cavity surrounding the inner container can be conveniently ensured to be within a set range.

Preferably, the width of the portion of the outer chamber between the peripheral wall of the inner container and the peripheral wall of the outer container is in the range of 0.5 to 5 mm. The effective space occupation ratio of the medicine decocting pot is improved on the premise of ensuring anti-overflow, the internal space of the outer container is the total space of the medicine decocting pot, and the internal space of the inner container is the effective space of the medicine decocting pot.

Preferably, the inner container side wall is provided with a plurality of side wall through holes at a position below the inner container part step. The effect that liquid descends and flows back to the lower cavity during boiling can be improved, and heating efficiency is high.

Preferably, the outer container is movably connected with a movable bracket, the inner container is provided with a hanging part matched with the movable bracket, the inner container is hung on the movable bracket when the movable bracket is supported on the hanging part, and a gap is formed between the bottom wall of the inner container and the bottom wall of the outer container. The height of the gap is 3-30cm. In the filtering process, the inner container is supported by the movable support to filter after being lifted, and the inner container is not required to be acted on for a long time by a structure for lifting the inner container, so that one lifting structure can work a plurality of utility models.

Preferably, the outer container is provided with an outer container lower support portion, the outer container stands with the mouth of the outer container facing upward when the outer container is supported on a horizontal plane by the outer container lower support portion, and the outer container is provided with an outer container upper support portion, the outer container stands with the mouth of the outer container facing downward when the outer container is supported on a horizontal plane by the outer container upper support portion; the inner container is provided with an inner container portion supporting portion, the inner container is erected in a manner that an inner container portion container opening faces upwards when the inner container is supported on a horizontal plane by the inner container portion supporting portion, the inner container is provided with an inner container portion upper supporting portion, and the inner container is erected in a manner that an inner container portion container opening faces downwards when the inner container is supported on a horizontal plane by the inner container portion upper supporting portion. Can make the cleaning of the inner container and the outer container in a forward and backward state conveniently.

Preferably, the bottom lower support part of the outer container is arranged on the outer surface of the bottom wall of the outer container, the upper support part of the bottom of the outer container is arranged on the upper end surface of the outer container, and the container mouth of the outer container is arranged on the upper end surface of the outer container; the bottom lower supporting part of the inner container is arranged on the outer surface of the bottom wall of the inner container, the upper supporting part of the bottom of the inner container is arranged on the upper end surface of the inner container, and the container opening of the inner container is arranged on the upper end surface of the inner container. The structure is compact.

The utility model has the following beneficial effects: the separation of the decoction and the medicine residues can be realized by lifting the inner container for filtering, so that the medicine decocting by wrapping with gauze is avoided, and the traditional medicine decocting process is followed, so that the medicine effect is ensured; can prevent the medicine from overflowing from the outer cavity during decoction, and has high heating efficiency; the formation of the outer cavity can play a role in heat preservation, and the heat utilization rate is high; the thoroughness in filtration can be maintained, and the heat exchange efficiency in the process of heating with an outer pot can be ensured (the problem of interference boiling is avoided if the inner pot is heated through the bottom wall of the inner pot); in the process of conveying the medicine decocting pot, the protection effect on the medicine decocting pot is good, and the convenience in transferring the medicine decocting pot is improved; the medicine decocting pot can be separated from the utility model, and can meet the requirement of the operation of independently cleaning the medicine decocting pot.

Drawings

FIG. 1 is a schematic view illustrating a usage state according to a first embodiment of the present utility model;

FIG. 2 is a schematic view of a drug-decocting pot;

FIG. 3 is an enlarged partial schematic view at A of FIG. 2;

FIG. 4 is an enlarged partial schematic view at B of FIG. 2;

FIG. 5 is a schematic top view of one embodiment of the bottom wall of the inner container;

fig. 6 is a schematic top view of another embodiment of the bottom wall of the inner container;

fig. 7 is a schematic diagram illustrating a use state of the second embodiment of the present utility model.

In the figure: the outer container 1, the inner container 2, the lid 3, the outer container part outer bead 4, the upper chamber 5, the movable support 6, the lower chamber 7, the outer container side wall 8, the outer container bottom wall 9, the outer container part inner bead 10, the bottom wall lower layer 11, the bottom wall upper layer 12, the pressing ring 13, the bottom wall connecting screw 14, the threaded blind hole 15, the first seal ring 16, the second seal ring 17, the seal chamber 18, the support 19, the retainer ring 20, the ring 21, the connecting lug 22, the outer bead 23, the ring part connecting screw 24, the ring part connecting nut 25, the retainer ring part connecting screw 26, the base part screw 27, the inner container side wall 28, the bottom wall 29, the inner container part inner bead 30, the outer bead 31, the inner container part outer bead 32, the retainer groove 33, the retainer ring 35, the outer container part inner step 36, the inner container part step 37, the side wall through hole 38, the annular protrusion 39, the annular groove 40, the defoaming through hole 41, the rivet 42, the reinforcing collar 43, the passageway 44, the first through hole 45, the second through hole 46, the first annular hole 47, the second annular hole 48, the third through hole 49, the fourth through hole 50, the fourth annular hole 52, the fourth annular hole 53, the large-span hole 53, the outer container stage 53, and the large-span-shaped suspension stage 53, and the large-span-section 53.

Detailed Description

The following description of the embodiments of the present utility model will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present utility model, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the utility model without making any inventive effort, are intended to be within the scope of the utility model.

1-4, a fryer transportation carrier includes a bracket 19 for carrying a fryer and a fryer positioning structure provided on the bracket for limiting the range of movement of the fryer in a horizontal direction on the bracket within a set range. The positioning structure of the decocting pot comprises a plurality of limit stops 53 arranged on the bracket, wherein the limit stops surround a storing area of the decocting pot on the bracket, and when the decocting pot is placed in the storing area of the decocting pot, the limit stops surround the periphery of the decocting pot so that the moving range of the decocting pot on the bracket along the horizontal direction is kept within a set range, and the decocting pot can move upwards away from the bracket. The bottom wall of the decoction pot is aligned with the heating through hole of the bracket part when the decoction pot is placed on the bracket and is fixed by the positioning structure of the decoction pot. When in use, the protruding table top of the medicine decocting furnace (electromagnetic furnace or electric heating furnace) is penetrated into the heating through hole of the bracket part and supports the bracket. The bracket is also provided with two hanging structures which are distributed on two sides of the horizontal direction of the positioning structure of the medicine decocting pot, and the hanging structures are used for hanging the bracket on the lifting mechanism when the medicine decocting pot placed on the bracket is lifted by the lifting mechanism together with the bracket in a vertical state. The hanging structure comprises a vertical connecting plate 55 with the lower end connected to the bracket and a hanging plate 56 connected to the vertical connecting plate. It is of course also possible for the suspension structure to be designed as a suspension hole provided in the carrier. The frying pan comprises an outer container 1, an inner container 2 and a lid 3. The outer container comprises a large diameter section 57 and a small diameter section 58 which are arranged in sequence from top to bottom, and an outer container part outer step 59 positioned outside the outer container and an outer container part inner step 36 positioned inside the outer container are formed between the large diameter section and the small diameter section. The positioning structure of the medicine decocting pot is positioned below the outer step of the medicine decocting pot.

The upper end of the outer container is opened to form an outer container mouth. The upper end of the outer container is provided with an outer container part outer curled edge 4. The turning angle of the outer edge of the outer container is 270 degrees, so that the strength and the convenience of manufacturing are both considered, and the cleaning is convenient. The upper end of the outer container is located on a plane to form an upper supporting part of the outer container, and the outer container is erected in a manner that the mouth of the outer container is downward when the outer container is supported on a horizontal plane by the upper supporting part of the outer container. The outer container is movably connected with two movable brackets 6 symmetrically distributed on two sides of the outer container, and the movable brackets are hinged on the outer peripheral surface of the outer container through horizontal hinge. The outer surface of the bottom wall of the outer container is designed to be flat to constitute an outer container lower support portion by which the outer container stands upright with the mouth of the outer container portion facing upward when supported on a horizontal plane.

The outer vessel comprises a circular tubular outer vessel sidewall 8 and an outer vessel bottom wall 9 closing the lower end of the outer vessel sidewall. The lower end of the outer container side wall is provided with an inner flanging 10 of the outer container part. The bottom wall of the outer pot comprises a bottom wall lower layer 11 and a bottom wall upper layer 12. The bottom wall lower layer 11 and the bottom wall upper layer are both made of heat conductive materials. The upper layer of the bottom wall is pressed on the inner flanging of the outer container part by a pressing ring 13, and a bottom wall connecting screw 14 penetrates through the lower layer of the bottom wall, the outer flanging of the outer container part and the upper layer of the bottom wall and then is connected in a threaded blind hole 15 of the pressing ring in a threaded manner, so that the bottom wall of the outer container and the outer container are fixed together. The pressing ring is connected with the inner peripheral surface of the side wall of the outer container in a sealing way through the first sealing ring 16, and the pressing ring is connected with the upper layer of the bottom wall in a sealing way through the second sealing ring 17, so that the side wall of the outer container and the bottom wall of the outer container are connected in a sealing way. The lower layer of the bottom wall of the outer container, the flanging of the outer container part and the upper layer of the bottom wall enclose a sealing cavity 18, and the sealing cavity is filled with heat conducting gas with the introduced pressure of more than 2 atmospheres so as to increase the heat conducting efficiency in use.

The inner container includes a circular tubular inner container side wall 28 and an inner container bottom wall 29 closing the lower end of the inner container side wall. The lower end of the inner container side wall is provided with an inner container portion inner flange 30. The upper end of the inner container side wall is open to form an inner container mouth. The inner container is provided in the outer container so as to be capable of being taken out through the outer container mouth. The open end of the inner container is provided with a turned-out edge 31. The outward turned edge forms a hanging part matched with the movable bracket. When the movable bracket is supported on the hanging part, the inner container is hung on the movable bracket, and a gap is formed between the bottom wall of the inner container and the bottom wall of the outer container, and the height of the gap is 3-30cm. The outer edge of the flange is provided with an inner container portion flange 32. The turning angle of the outer curled edge of the inner container part is more than 335 degrees, so that interference with the movable bracket can be avoided. The inner container portion is crimped outwardly, the flange and the inner container side wall define a limit groove 33 so that the movable bracket can be reliably prevented from being pulled out during hanging on the movable bracket. The upper end of the inner container is located on a plane to form an upper supporting part of the inner container part, and the inner container is erected in a manner that the mouth of the outer container part faces downwards when the inner container is supported on a horizontal plane by the upper supporting part of the inner container part. The outer surface of the bottom wall of the inner container is designed to form an inner container lower supporting part in a plane, and the inner container stands up with the container mouth of the inner container part upwards when the inner container is supported on the horizontal plane by the inner container lower supporting part.

The cover can be supported on the inner container in a separated way to cover the container mouth of the inner container part, and the traditional Chinese medicine decoction pieces are only positioned in the inner container when in decoction. The peripheral edge of the flange extends outside the mouth of the outer container part to cover the mouth of the outer container part. A passageway 44 is formed between the flange and the upper end surface of the outer vessel. The lid is provided with a downwardly projecting stop collar 35 extending circumferentially of the inner container, the stop collar being located within the inner container to stop movement of the lid. An outer container part inner step 36 is arranged on the inner peripheral surface of the outer container, and an inner container part step 37 is arranged on the outer peripheral surface of the inner container; the inner container is supported in the outer container by being supported on the inner container step when the inner container is placed inside the outer container, and a lower chamber 7 and an upper chamber 5 are formed between the inner container and the outer container. The inner and upper chambers form an outer chamber which communicates with the outer space of the outer vessel via a passageway 44 such that the air pressure is vented in a downward manner to prevent overpressure. The outer cavity surrounds the inner container 360 deg. and the width of the upper cavity, i.e. the dimension in the radial direction of the pot, is 0.5-5 mm. The side wall of the portion of the inner container constituting the lower chamber is provided with a side wall portion through hole 38. The inner container portion step seal and the outer container portion inner step taper cooperate to prevent radial movement of the inner container within the outer container such that the lower and upper chambers cannot surround the inner container. An annular protrusion 39 extending along the circumferential direction of the inner container is arranged at the upper part of the inner peripheral surface of the inner container, and an annular groove 40 extending along the circumferential direction of the inner container is arranged at the part of the outer peripheral surface of the inner container corresponding to the annular protrusion. The annular groove is provided with a defoaming through hole 41 penetrating the inside of the inner container. The defoaming through hole is positioned in the upper cavity. The inner peripheral surface of the inner container is provided with a reinforcing collar 43 extending in the circumferential direction of the inner container. The bottom wall of the inner container is riveted to the inner container portion inner rim by rivets 42. The opening area of the defoaming through holes is 3 square millimeters-50 square millimeters, the sum of the opening areas of all the defoaming through holes is 1.5 to 1 per thousandth of the area of the outer peripheral surface of the inner container, and the dimensional proportion relation can ensure enough internal pressure and effectively prevent liquid medicine from overflowing from the channel when the power of the medicine decocting furnace is below 4 kilowatts for decocting medicine. The outer diameter of the inner container in this embodiment is 100 to 400 mm and the height is 100 to 400 mm.

In this embodiment, the inner container is provided with the flange and the upper end of the outer container to form a passage therebetween, but it is also possible to form a passage between the lid and the upper end surface of the outer container so that the peripheral edge of the lid extends outside the mouth of the container of the outer container and is shielded from the upper end of the outer cavity.

Referring to fig. 5, the bottom wall of the inner container is provided with a bottom wall portion through hole. The bottom wall portion through hole includes a first through hole 45 and a second through hole 46. The second through hole is provided in the center of the bottom wall of the inner container. The first through hole is a round hole. When the through hole of the bottom wall part is a round hole, the diameter of the second through hole of the bottom wall is 0.1-4mm. The first through hole is a strip hole, in particular a waist-shaped hole. The first through holes surround the periphery of all the second through holes. The first through holes are provided with a plurality of circles, and the first through holes in the same circle of first through holes are distributed along the circumferential direction of the inner container. The first through hole extends in the radial direction of the inner container. The bottom wall of the inner container is further provided with a first annular imperforate area 47 extending circumferentially of the inner container in the region of the first through hole. The portion of the bottom wall of the inner container between the first through hole and the second through hole is provided with a second annular imperforate area 48 extending along the circumferential direction of the inner container, and the width of the first through hole is 0.1-4mm. The opening area of the second through hole is smaller than that of the first through hole. The perimeter of the opening of the first through hole is larger than the perimeter of the opening of the second through hole.

Referring to fig. 6, in another embodiment, a third through hole 49 and a fourth through hole 50 are also provided in the bottom wall of the inner container. The third through holes are round holes encircling the outside of all the first through holes, and the fourth through holes are round holes encircling the periphery of all the third through holes. The diameter of the third through hole and the aperture of the fourth through hole are both 0.1-4mm, the aperture of the third through hole is smaller than the aperture of the second through hole, and the aperture of the fourth through hole is larger than the aperture of the second through hole. The fourth through hole is only one turn. The portion of the bottom wall of the inner container between the third through hole and the fourth through hole is provided with a third annular imperforate area 51 extending along the circumferential direction of the inner container. The bottom wall of the inner container is also provided with a fourth annular imperforate section 52 extending circumferentially of the inner container at the periphery of the fourth through opening. The first annular non-porous region is arranged in the region where the second through hole is located.

The first, second, third and fourth through holes of the present utility model are merely holes of different shapes and sizes, and the names may be interchanged, for example, the fourth is defined as first and the first as fourth.

Embodiment two differs from the above embodiments in that:

referring to fig. 7, the positioning structure of the medicine decocting pot includes a spacing ring 20 and a spacing ring connecting structure connecting the spacing ring to the bracket, and in use, the medicine decocting pot is placed on the bracket and the spacing ring is hooped on the circumference of the medicine decocting pot so that the medicine decocting pot is connected with the bracket.

The limiting ring comprises two ring pieces 21, the two ring pieces are connected end to end in sequence to form a ring, the two ring pieces are provided with connecting lugs 22, the end parts of the two ring pieces are provided with outer folded edges 23, the outer folded edges are provided with outer folded edge connecting through holes, and the connecting parts of the two ring pieces are connected together through the ring piece connecting bolts 24 and penetrate through the outer folded edge connecting through holes on the two ring pieces simultaneously and then are connected together through threads with ring piece connecting nuts 25. The connecting lugs are provided with connecting lug connecting through holes, and the limiting ring is fixed together with the connecting bottom plate by the limiting ring part connecting bolts 26 arranged on the bracket penetrating through the connecting lug connecting through holes and then being connected to the base part nuts 27 in a threaded manner. The limiting ring part connecting bolt and the connecting lug form a limiting ring connecting structure.

Claims (7)

1. The medicine decocting pot conveying carrier is characterized by comprising a bracket for bearing the medicine decocting pot and a medicine decocting pot positioning structure arranged on the bracket, wherein the medicine decocting pot positioning structure surrounds a medicine decocting pot storage area on the bracket, when the medicine decocting pot is placed in the medicine decocting pot storage area, the medicine decocting pot positioning structure enables the moving range of the medicine decocting pot on the bracket along the horizontal direction to be kept within a set range, and the medicine decocting pot can be pulled out from a space surrounded by the medicine decocting pot positioning structure; the drug-decocting pot conveying carrier which is connected with the drug-decocting pot in a pluggable manner further comprises two hanging structures which are distributed on two sides of the horizontal direction of the drug-decocting pot positioning structure, and the hanging structures are used for hanging the bracket on the lifting mechanism when the drug-decocting pot placed on the bracket is lifted by the lifting mechanism together with the bracket in a vertical state.

2. The pot carrier of claim 1, wherein the pot positioning structure is a plurality of limit stops, and the limit stops surround the pot when the pot is placed in the pot storage area.

3. The drug-decocting pot conveying carrier for pluggable connection of drug-decocting pots of claim 1, wherein the drug-decocting pot positioning structure comprises a limiting ring and a limiting ring connecting structure for connecting the limiting ring to the bracket, and the drug-decocting pot on the bracket is arranged in the limiting ring in a penetrating manner when the drug-decocting pot is placed in the storage area of the drug-decocting pot.

4. A fryer pot transfer vehicle for pluggable connection to a fryer pot according to claim 1, 2 or 3, wherein said hanging structure is a hanging hole provided in the carrier.

5. A frying pan delivery vehicle for removably connecting a frying pan according to claim 1, 2 or 3, wherein the suspension structure comprises a vertical connection plate having a lower end connected to the bracket and a suspension plate connected to the vertical connection plate.

6. A delivery vehicle for a drug-decocting pot in pluggable connection with a drug-decocting pot according to claim 1, 2 or 3, wherein the drug-decocting pot comprises an outer container, an inner container and a lid; the inner container is provided with an inner container mouth, the upper end of the outer container is provided with an outer container mouth, the inner container can be penetrated in the outer container in a way of taking out from the outer container mouth, the cover is used for covering the inner container mouth, the outer container comprises a large-diameter section and a small-diameter section which are sequentially arranged from top to bottom, an outer container outer step positioned outside the outer container and an inner container inner step positioned inside the outer container are formed between the large-diameter section and the small-diameter section, the outer peripheral surface of the inner container is provided with an inner container step, the inner container is supported on the inner container inner step through the inner container step and is connected in the outer container, and the positioning structure of the drug-decocting pot is positioned below the outer container step.

7. A fryer pot transfer carrier for pluggable connection to a fryer pot according to claim 1, 2 or 3, wherein said fryer pot comprises an outer container, an inner container and a lid; the inner container is provided with an inner container part container mouth, the upper end of the outer container is provided with an outer container part container mouth, the inner container can be penetrated in the outer container in a penetrating way through the outer container part container mouth, the cover is used for covering the inner container part container mouth, the bottom wall of the inner container is provided with a bottom wall part through hole, and the bottom wall part through hole comprises a first through hole and a second through hole; when the through hole of the bottom wall part is a round hole, the diameter of the through hole of the bottom wall part is 0.1-4mm; when the through hole of the bottom wall is a strip hole, the width of the through hole of the bottom wall is 0.1-4mm.

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