A pot body mechanism of a tea stripping machine

Abstract

The present invention relates to the technical field of pot bodies of tea stripping machines, and discloses a pot body mechanism of a tea stripping machine, including a pot body middle section plate, both sides of the pot body middle section plate are extended and connected with stripping section plates, one side of the two stripping section plates is respectively connected with a first extension section plate and a second extension section plate, the internal space of the two stripping section plates cooperates with the two side structures of the bottom of the pot body middle section plate to form a stripping space, and the two sides of the top of the pot body middle section plate and the first extension section plate and the second extension section plate are enclosed to form a tea-cleaning space. The present invention forms a multifunctional pot body mechanism through the pot body middle section plate, the stripping section plate, the first extension section plate, the second extension section plate and the stripping angle. When other mechanisms of the existing tea stripping machine are subsequently linked to operate, the tea-cleaning space and the stripping space formed inside the pot body mechanism will realize the integrated processing of tea-cleaning and stripping, and comprehensively provide stripping processing efficiency and effect.

Description

Technical Field

[0001] The invention relates to the technical field of pot bodies of tea-tea-striping machines, in particular to a pot body mechanism of a tea-tea-striping machine. Background Art

[0002] As an important processing equipment in the tea processing process, the tea stripping machine mainly functions to shape, strip and dry the tea leaves. As the prior art, the relevant technologies of the tea stripping machine have been disclosed. For example, the publication number is CN205305887U, and the subject name is a tea stripping machine, which includes a frame, a swing plate, a hydraulic jacking mechanism, a shaft rolling mechanism, a pot body, a tumbling trough, a crank-connecting rod mechanism, a speed reducer, a motor, etc. The publication number is CN205611662U, and the subject name is a tea stripping machine, which includes a frame and a pot rack fixed on the frame, a pot body is provided on the pot rack, and a transmission component is provided in the frame. The prior art has been introduced in detail.

[0003] However, after conducting an experimental comparison between the existing technology and the tea stripping machine independently developed by the applicant, it was found that the pot body mechanism disclosed in the existing technology is mostly a single arc-shaped wave structure. Although it can achieve the effect of tea stripping, the single spatial structure does not significantly improve the tea strip turning rate and tea strip forming rate.

[0004] Secondly, the tea processing technology includes multiple steps such as withering and straightening, so the demand for increasing the use function of the pot body mechanism and improving the processing efficiency in reality has been reminding us that we cannot stick to a single processing effect, and the simple superposition of multiple processing structures will also cause the load of the original transmission mechanism to increase. The reality is contradictory. In summary, it can be seen that the pot body structure in the tea straightening machine disclosed in the prior art still has major defects. For this reason, the applicant will provide a pot body structure of a tea straightening machine to solve the problems existing in the prior art. Summary of the Invention

[0005] The present invention provides a pot body mechanism of a tea stripping machine, which solves the problems raised in the above-mentioned metal technology.

[0006] The present invention provides the following technical solution: a pot body mechanism of a tea strip sorting machine, including a pot body middle section plate, both sides of the pot body middle section plate are extended and connected with strip sorting section plates, one side of the two strip sorting section plates is respectively connected with a first extension section plate and a second extension section plate, the internal space of the two strip sorting section plates cooperates with the structures on both sides of the bottom of the pot body middle section plate to form a strip sorting space, the two sides of the top of the pot body middle section plate and the first extension section plate and the second extension section plate are combined to form a withering space, and both sides of the bottom of the two strip sorting section plates are provided with a strip sorting angle, and the setting range of the strip sorting angle is between twenty degrees and ninety degrees.

[0007] The top surface of the middle plate of the pot body is an inverted V-shaped surface. In the subsequent process of the pot body structure moving back and forth to process tea leaves, the inverted V-shaped surface of the middle plate of the pot body will turn the tea leaves over and optimize the sorting effect.

[0008] Preferably, inclined surfaces are provided in the structure of the first extension section plate and the structure of the second extension section plate, and the bottom extension directions of the two inclined surfaces are respectively toward the interior of the two sorting section plates. Subsequently, during the back-and-forth movement of the pot body structure to process tea leaves, the inclined surface structure of the first extension section plate and the inclined surface structure of the second extension section plate will provide movement guidance for the tea leaves that are vibrated and lifted during the back-and-forth movement process, so that the tea leaves can smoothly fall back into the corresponding sorting section plates.

[0009] Preferably, the top of the second extension section plate is bent into an inverted U-shaped structure, and when multiple pot bodies are assembled, the inverted U-shaped structure can be fitted with the top of the first extension section plate and assembled using spot welding technology, thereby advantageously reducing the overall dead weight of the pot body mechanism.

[0010] The preferred embodiment of the strip sorting angle includes forty-six degrees. The top surface structure of the middle section plate of the pot body, the inclined surface structure inside the first extension section plate, and the inclined surface structure inside the second extension section plate are adapted and adjusted to meet the requirements of improving the strip sorting and forming efficiency while avoiding the phenomenon of conveying and clamping. The corresponding angle structure also has a certain buffering effect on the vibration and impact suffered by the pot body mechanism during processing.

[0011] Selected, the preferred embodiment of the strip sorting angle includes ninety degrees, the top surface structure of the middle section plate of the pot body, the inclined surface structure inside the first extension section plate, and the inclined surface structure inside the second extension section plate are adapted and adjusted to be connected, focusing on optimizing the tea transportation after strip sorting, and the corresponding angle structure also has a certain buffering effect on the vibration and impact suffered by the pot body mechanism during processing.

[0012] Selected, the preferred embodiment of the strip sorting angle includes twenty degrees, the top surface structure of the middle section plate of the pot body, the inclined surface structure inside the first extension section plate, and the inclined surface structure inside the second extension section plate are adapted and adjusted to be connected, focusing on optimizing the processing efficiency during the strip sorting process, and the corresponding angle structure also has a certain buffering assistance for the vibration and impact suffered by the pot body mechanism during the processing.

[0013] Selectedly, the two strip segment plates are glued together with elastic air gaskets on one side surface, and the rear end of the elastic air gasket is provided with an air intake pipe to assist subsequent operating parts and provide structural conditions for passive air transmission. The interior of the elastic air gasket is provided with a makeshift hole isolated from its own internal space, providing an installation space without structural interference for subsequent installation.

[0014] Selectedly, a semi-closed tube is nested in the side wall of one side of the two said sorting segment plates, and the end face of one end of the semi-closed tube is flush with the inner wall of one side of the corresponding sorting segment plate, and the other end of the semi-closed tube passes through the makeshift hole and extends to the outside of the corresponding sorting segment plate, and a connecting groove is provided between the inner wall of the middle part of the semi-closed tube and the inner wall of the makeshift hole, and the connecting groove connects the internal space of the elastic air gasket with the internal space of the semi-closed tube, and the semi-closed tube is linked to the elastic air gasket, thereby providing structural conditions for gas transmission into the corresponding sorting segment plate.

[0015] The semi-enclosed tube and the elastic air gasket are selectively connected at the penetration point by gluing, and the outer side of the other end of the semi-enclosed tube is respectively connected with a return spring and a damping sleeve movably sleeved, one end of the return spring extends to the surface connection of the damping sleeve, and the damping sleeve and the return spring rely on the inertial energy of the movement of the pot body to realize passive top pressure of the elastic air gasket, and then the space at the corresponding position of the elastic air gasket shrinks to squeeze the internal gas into the semi-enclosed tube, and finally sprayed into the corresponding strip angle in the strip section plate through the open port of the semi-enclosed tube, thereby realizing the auxiliary effect of air blowing to prevent material pinching in the area where the strip angle is located.

[0016] The present invention has the following beneficial effects:

[0017] 1. The present invention forms a multifunctional pot body mechanism through the pot body middle section plate, the tea striping section plate, the first extension section plate, the second extension section plate and the tea striping angle. When the other mechanisms of the existing tea striping machine are subsequently linked to operate, the withering space and tea striping space formed inside the pot body mechanism will realize the integrated processing of tea withering and tea striping, and comprehensively improve the tea striping processing efficiency and effect.

[0018] 2. The multifunctional pot body mechanism provided by the present invention has multiple strip sorting angles inside itself with multiple usage options, which can meet various situations such as high-efficiency strip sorting processing without material clamping, focusing on strip sorting forming efficiency, and focusing on tea output efficiency of strip sorting forming, and can meet different processing needs in reality.

[0019] 3. The middle section plate of the pot body in the multifunctional pot body mechanism provided by the present invention will provide turning support for the tea leaves during the tea strip processing, thereby fully optimizing the tea strip processing effect.

[0020] 4. The multifunctional pot body structure provided by the present invention can be formed by bending forming technology and integrated processing. The processing difficulty and processing cost are controllable and suitable for popular use.

[0021] 5. The present invention is composed of an auxiliary air supply structure with an elastic air cushion, a semi-closed tube, a return spring, a connecting groove, and a damping sleeve. After the multi-functional pot body mechanism and other mechanisms of the tea strip sorting machine are linked to operate comprehensively, the damping sleeve in the auxiliary air supply structure utilizes the inertial energy of the reciprocating movement of the multi-functional pot body mechanism to realize passive top pressure on the elastic air cushion, and then causes the space at the corresponding position of the elastic air cushion to shrink and squeeze the internal gas into the semi-closed tube, and finally sprays it into the corresponding strip sorting angle in the strip sorting section plate through the open port of the semi-closed tube, thereby realizing the auxiliary effect of air blowing to prevent material clamping in the area where the strip sorting angle is located. BRIEF DESCRIPTION OF THE DRAWINGS

[0022] Figure 1 It is a front view schematic diagram of the first structural embodiment of the present invention;

[0023] Figure 2 This is a schematic top view of a first structural embodiment of the present invention;

[0024] Figure 3 It is a front view schematic diagram of the second structural embodiment of the present invention;

[0025] Figure 4 This is a schematic top view of a second structural embodiment of the present invention;

[0026] Figure 5 It is a front view schematic diagram of the third structural embodiment of the present invention;

[0027] Figure 6 This is a schematic top view of a third structural embodiment of the present invention;

[0028] Figure 7 It is a front view schematic diagram of the fourth structural embodiment of the present invention;

[0029] Figure 8 Schematic top view of the fourth structural embodiment of the present invention;

[0030] Figure 9 It is an enlarged schematic diagram of the structural elastic air cushion of the present invention;

[0031] Figure 10 It is a partial cross-sectional schematic diagram of the structural elastic air cushion of the present invention;

[0032] Figure 11 The structure of the present invention Figure 10 Enlarged schematic diagram of point A in the middle.

[0033] In the figure: 1. Middle section of pot body; 2. Slat section plate; 3. First extension section plate; 4. Second extension section plate; 5. Slat angle; 6. Elastic air cushion; 7. Semi-enclosed tube; 8. Return spring; 9. Connecting groove; 10. Damping sleeve. DETAILED DESCRIPTION

[0034] The following will clearly and completely describe the technical solutions in the embodiments of the present invention in conjunction with the accompanying drawings. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative efforts are within the scope of protection of the present invention.

[0035] Example 1

[0036] See also Figure 1-2 A pot body structure of a tea stripping machine includes a pot body middle section plate 1, the top surface of the pot body middle section plate 1 is an inverted V-shaped surface. In the subsequent process of the pot body structure moving back and forth to process tea leaves, the inverted V-shaped surface of the pot body middle section plate 1 will turn the tea leaves and optimize the stripping effect;

[0037] Both sides of the middle section plate 1 of the pot body are extended and connected with the strip-sorting section plates 2, and one side of the two strip-sorting section plates 2 is respectively connected with the first extension section plate 3 and the second extension section plate 4. Inclined surfaces are provided in the structure of the first extension section plate 3 and the structure of the second extension section plate 4, and the bottom extension direction of the two inclined surfaces is respectively toward the inside of the two strip-sorting section plates 2. Subsequently, when the pot body structure moves back and forth to process tea leaves, the inclined surface structure of the first extension section plate 3 and the inclined surface structure of the second extension section plate 4 will provide movement guidance for the tea leaves that are vibrated and lifted during the back and forth movement process, so that the tea leaves can smoothly fall back into the corresponding strip-sorting section plates 2;

[0038] The inner spaces of the two strip-striping sections 2 cooperate with the structures on both sides of the bottom of the middle section 1 of the pot body to form a strip-striping space. The two sides of the top of the middle section 1 of the pot body and the first extension section 3 and the second extension section 4 enclose a space for fixing the green leaves. This achieves the integrated processing of fixing and strip-striping on a single structure, thereby fully improving the processing efficiency and expanding the use function.

[0039] The top of the second extension plate 4 is bent into an inverted U-shaped structure. When multiple pot bodies are assembled, the inverted U-shaped structure can be fitted with the top of the first extension plate 3 and assembled using spot welding technology, thereby reducing the overall weight of the pot body structure.

[0040] Both sides of the bottom of the two strip-striping section plates 2 are provided with a strip-striping angle 5. The setting range of the strip-striping angle 5 is between twenty degrees and ninety degrees. The preferred embodiment of the strip-striping angle 5 includes forty-six degrees. The top surface structure of the middle section plate 1 of the pot body, the inner inclined surface structure of the first extension section plate 3, and the inner inclined surface structure of the second extension section plate 4 are adapted and adjusted to meet the requirements of improving the strip-striping forming efficiency while avoiding the occurrence of material conveying clamping phenomenon, and the corresponding angle structure also has a certain buffering effect on the vibration and impact suffered by the pot body mechanism during processing.

[0041] Working Principle: The pot body structure is composed of a plurality of pot middle sections 1, strip-striping sections 2, first extension sections 3, and second extension sections 4, which are spot-welded and assembled to form a large-area integrated pot body structure. When in use, tea leaves are put into the pot body structure, and then, under the action of the existing transmission mechanism and drying mechanism of the tea strip-striping machine, the pot body structure drives the tea leaves to move back and forth to sort the tea leaves.

[0042] During the specific operation, the tea leaves move back and forth in the tea-stripping space and the tea-withering space inside the pot body, and the middle plate 1 of the pot body flips and supports the reciprocating tea leaves, thereby achieving the integrated tea-withering and tea-stripping processing effect while improving the tea-stripping processing efficiency;

[0043] The structure of the tea strip angle 5 provides passive top pressure to straighten the tea strips, fully optimizing the strip forming effect and speed while not causing any material jamming during the output of the tea leaves after subsequent processing.

[0044] Example 2

[0045] See also Figure 3-4 A pot body structure of a tea stripping machine includes a pot body middle section plate 1, the top surface of the pot body middle section plate 1 is an inverted V-shaped surface. In the subsequent process of the pot body structure moving back and forth to process tea leaves, the inverted V-shaped surface of the pot body middle section plate 1 will turn the tea leaves and optimize the stripping effect;

[0046] Both sides of the middle section plate 1 of the pot body are extended and connected with the strip-sorting section plates 2, and one side of the two strip-sorting section plates 2 is respectively connected with the first extension section plate 3 and the second extension section plate 4. Inclined surfaces are provided in the structure of the first extension section plate 3 and the structure of the second extension section plate 4, and the bottom extension direction of the two inclined surfaces is respectively toward the inside of the two strip-sorting section plates 2. Subsequently, when the pot body structure moves back and forth to process tea leaves, the inclined surface structure of the first extension section plate 3 and the inclined surface structure of the second extension section plate 4 will provide movement guidance for the tea leaves that are vibrated and lifted during the back and forth movement process, so that the tea leaves can smoothly fall back into the corresponding strip-sorting section plates 2;

[0047] The inner spaces of the two strip-striping sections 2 cooperate with the structures on both sides of the bottom of the middle section 1 of the pot body to form a strip-striping space. The two sides of the top of the middle section 1 of the pot body and the first extension section 3 and the second extension section 4 enclose a space for fixing the green leaves. This achieves the integrated processing of fixing and strip-striping on a single structure, thereby fully improving the processing efficiency and expanding the use function.

[0048] The top of the second extension plate 4 is bent into an inverted U-shaped structure. When multiple pot bodies are assembled, the inverted U-shaped structure can be fitted with the top of the first extension plate 3 and assembled using spot welding technology, thereby reducing the overall weight of the pot body structure.

[0049] Both sides of the bottom of the two sorting section plates 2 are provided with a sorting angle 5. The setting range of the sorting angle 5 is between twenty degrees and ninety degrees. The preferred embodiment of the sorting angle 5 includes ninety degrees. The top surface structure of the middle section plate 1 of the pot body, the inner inclined surface structure of the first extension section plate 3, and the inner inclined surface structure of the second extension section plate 4 are adapted and adjusted to be connected, focusing on optimizing the tea transportation after sorting, and the corresponding angle structure also has a certain buffering effect on the vibration and impact suffered by the pot body mechanism during processing.

[0050] The selected preferred embodiment of the strip sorting angle 5 includes twenty degrees. The top surface structure of the middle section plate 1 of the pot body, the inner inclined surface structure of the first extension section plate 3, and the inner inclined surface structure of the second extension section plate 4 are adapted and adjusted to be connected, focusing on optimizing the processing efficiency during the strip sorting process, and the corresponding angle structure also has a certain buffering effect on the vibration and impact suffered by the pot body mechanism during the processing.

[0051] Working Principle: The pot body structure is composed of a plurality of pot middle sections 1, strip-striping sections 2, first extension sections 3, and second extension sections 4, which are spot-welded and assembled to form a large-area integrated pot body structure. When in use, tea leaves are put into the pot body structure, and then, under the action of the existing transmission mechanism and drying mechanism of the tea strip-striping machine, the pot body structure drives the tea leaves to move back and forth to sort the tea leaves.

[0052] During the specific operation, the tea leaves move back and forth in the tea-stripping space and the tea-withering space inside the pot body, and the middle plate 1 of the pot body flips and supports the reciprocating tea leaves, thereby achieving the integrated tea-withering and tea-stripping processing effect while improving the tea-stripping processing efficiency;

[0053] The structure of the tea stripping angle 5 provides passive pressure to straighten the tea strips, meeting the tea stripping processing needs while focusing more on the transportation of processed tea leaves, such as the tea stripping processing for larger tea leaves.

[0054] Example 3

[0055] See also Figure 5-6 A pot body structure of a tea stripping machine includes a pot body middle section plate 1, the top surface of the pot body middle section plate 1 is an inverted V-shaped surface. In the subsequent process of the pot body structure moving back and forth to process tea leaves, the inverted V-shaped surface of the pot body middle section plate 1 will turn the tea leaves and optimize the stripping effect;

[0056] Both sides of the middle section plate 1 of the pot body are extended and connected with the strip-sorting section plates 2, and one side of the two strip-sorting section plates 2 is respectively connected with the first extension section plate 3 and the second extension section plate 4. Inclined surfaces are provided in the structure of the first extension section plate 3 and the structure of the second extension section plate 4, and the bottom extension direction of the two inclined surfaces is respectively toward the inside of the two strip-sorting section plates 2. Subsequently, when the pot body structure moves back and forth to process tea leaves, the inclined surface structure of the first extension section plate 3 and the inclined surface structure of the second extension section plate 4 will provide movement guidance for the tea leaves that are vibrated and lifted during the back and forth movement process, so that the tea leaves can smoothly fall back into the corresponding strip-sorting section plates 2;

[0057] The inner spaces of the two strip-striping sections 2 cooperate with the structures on both sides of the bottom of the middle section 1 of the pot body to form a strip-striping space. The two sides of the top of the middle section 1 of the pot body and the first extension section 3 and the second extension section 4 enclose a space for fixing the green leaves. This achieves the integrated processing of fixing and strip-striping on a single structure, thereby fully improving the processing efficiency and expanding the use function.

[0058] The top of the second extension plate 4 is bent into an inverted U-shaped structure. When multiple pot bodies are assembled, the inverted U-shaped structure can be fitted with the top of the first extension plate 3 and assembled using spot welding technology, thereby reducing the overall weight of the pot body structure.

[0059] Both sides of the bottom of the two strip-sorting section plates 2 are provided with a strip-sorting angle 5. The setting range of the strip-sorting angle 5 is between twenty degrees and ninety degrees. The preferred embodiment of the strip-sorting angle 5 includes twenty degrees. The top surface structure of the middle section plate 1 of the pot body, the inner inclined surface structure of the first extension section plate 3, and the inner inclined surface structure of the second extension section plate 4 are adapted and adjusted to be connected, focusing on optimizing the processing efficiency during the strip-sorting process, and the corresponding angle structure also has a certain buffering effect on the vibration and impact suffered by the pot body mechanism during the processing.

[0060] Working Principle: The pot body structure is composed of a plurality of pot middle sections 1, strip-striping sections 2, first extension sections 3, and second extension sections 4, which are spot-welded and assembled to form a large-area integrated pot body structure. When in use, tea leaves are put into the pot body structure, and then, under the action of the existing transmission mechanism and drying mechanism of the tea strip-striping machine, the pot body structure drives the tea leaves to move back and forth to sort the tea leaves.

[0061] During the specific operation, the tea leaves move back and forth in the tea-stripping space and the tea-withering space inside the pot body, and the middle plate 1 of the pot body flips and supports the reciprocating tea leaves, thereby achieving the integrated tea-withering and tea-stripping processing effect while improving the tea-stripping processing efficiency;

[0062] The structure of the tea strip angle 5 provides passive pressure to straighten the tea strips, and focuses more on improving the processing efficiency of tea strip forming, such as the processing of tea strips with smaller tea leaves.

[0063] Example 4

[0064] See also Figure 7-11 A pot body structure of a tea stripping machine includes a pot body middle section plate 1, the top surface of the pot body middle section plate 1 is an inverted V-shaped surface. In the subsequent process of the pot body structure moving back and forth to process tea leaves, the inverted V-shaped surface of the pot body middle section plate 1 will turn the tea leaves and optimize the stripping effect;

[0065] Both sides of the middle section plate 1 of the pot body are extended and connected with the strip-sorting section plates 2, and one side of the two strip-sorting section plates 2 is respectively connected with the first extension section plate 3 and the second extension section plate 4. Inclined surfaces are provided in the structure of the first extension section plate 3 and the structure of the second extension section plate 4, and the bottom extension direction of the two inclined surfaces is respectively toward the inside of the two strip-sorting section plates 2. Subsequently, when the pot body structure moves back and forth to process tea leaves, the inclined surface structure of the first extension section plate 3 and the inclined surface structure of the second extension section plate 4 will provide movement guidance for the tea leaves that are vibrated and lifted during the back and forth movement process, so that the tea leaves can smoothly fall back into the corresponding strip-sorting section plates 2;

[0066] The inner spaces of the two strip-striping sections 2 cooperate with the structures on both sides of the bottom of the middle section 1 of the pot body to form a strip-striping space. The two sides of the top of the middle section 1 of the pot body and the first extension section 3 and the second extension section 4 enclose a space for fixing the green leaves. This achieves the integrated processing of fixing and strip-striping on a single structure, thereby fully improving the processing efficiency and expanding the use function.

[0067] The top of the second extension plate 4 is bent into an inverted U-shaped structure. When multiple pot bodies are assembled, the inverted U-shaped structure can be fitted with the top of the first extension plate 3 and assembled using spot welding technology, thereby reducing the overall weight of the pot body structure.

[0068] Both sides of the bottom of the two strip-striping section plates 2 are provided with a strip-striping angle 5. The setting range of the strip-striping angle 5 is between twenty degrees and ninety degrees. The preferred embodiment of the strip-striping angle 5 includes forty-six degrees. The top surface structure of the middle section plate 1 of the pot body, the inner inclined surface structure of the first extension section plate 3, and the inner inclined surface structure of the second extension section plate 4 are adapted and adjusted to meet the requirements of improving the strip-striping forming efficiency while avoiding the occurrence of material conveying clamping phenomenon, and the corresponding angle structure also has a certain buffering effect on the vibration and impact suffered by the pot body mechanism during processing.

[0069] One side surface of the two strip-segment plates 2 is glued with an elastic gasket 6, and the rear end of the elastic gasket 6 is provided with an air inlet pipe to assist subsequent operating components and provide structural conditions for passive air transmission. The elastic gasket 6 is provided with a clearance hole isolated from its own internal space to provide an installation space without structural interference for subsequent installation;

[0070] A semi-enclosed tube 7 is nested in the side wall of each of the two strip-sorting segment plates 2, and one end face of the semi-enclosed tube 7 is flush with the inner wall of the corresponding strip-sorting segment plate 2. The other end of the semi-enclosed tube 7 passes through the clearance hole and extends to the outside of the corresponding strip-sorting segment plate 2. A connecting groove 9 is provided between the inner wall of the middle part of the semi-enclosed tube 7 and the inner wall of the clearance hole. The connecting groove 9 connects the inner space of the elastic gas cushion 6 with the inner space of the semi-enclosed tube 7. The semi-enclosed tube 7 is linked to the elastic gas cushion 6, thereby providing structural conditions for gas to enter the corresponding strip-sorting segment plate 2.

[0071] The semi-enclosed tube 7 and the elastic air gasket 6 are connected at the penetration point by gluing, and the outer side of the other end of the semi-enclosed tube 7 is respectively connected with a return spring 8 and a movably sleeved damping sleeve 10, and one end of the return spring 8 extends to the surface of the damping sleeve 10 for connection. Since the damping sleeve 10 and the return spring 8 rely on the inertial energy of the movement of the pot body, passive pressure is achieved on the elastic air gasket 6, and then the space at the corresponding position of the elastic air gasket 6 is contracted to squeeze the internal gas into the semi-enclosed tube 7, and finally sprayed into the corresponding striping angle 5 in the striping section plate 2 through the open port of the semi-enclosed tube 7, thereby achieving an auxiliary effect of air blowing to prevent material pinching in the area where the striping angle 5 is located.

[0072] Working Principle: The pot body structure is composed of a plurality of pot middle sections 1, strip-striping sections 2, first extension sections 3, and second extension sections 4, which are spot-welded and assembled to form a large-area integrated pot body structure. When in use, tea leaves are put into the pot body structure, and then, under the action of the existing transmission mechanism and drying mechanism of the tea strip-striping machine, the pot body structure drives the tea leaves to move back and forth to sort the tea leaves.

[0073] During the specific operation, the tea leaves move back and forth in the tea-stripping space and the tea-withering space inside the pot body, and the middle plate 1 of the pot body flips and supports the reciprocating tea leaves, thereby achieving the integrated tea-withering and tea-stripping processing effect while improving the tea-stripping processing efficiency;

[0074] The structure of the tea strip sorting angle 5 provides passive top pressure for tea strip sorting, fully optimizing the tea strip sorting effect and rate, and during the reciprocating movement of the pot body mechanism, the damping sleeve 10 will reciprocate and punch the corresponding position of the elastic air cushion 6 under the moving inertia of the pot body mechanism, and the reset spring 8 provides the power for the displacement reset of the damping sleeve 10. The space at the corresponding position of the elastic air cushion 6 shrinks and squeezes the internal gas into the semi-closed tube 7, and finally sprays it into the corresponding tea strip sorting angle 5 in the tea strip sorting section plate 2 through the open port of the semi-closed tube 7, realizing air blowing to prevent material clamping in the area where the tea strip sorting angle 5 is located, and further optimizing the use effect of the pot body mechanism.

[0075] It should be noted that, in this document, relational terms such as first and second, etc., are used only to distinguish one entity or operation from another entity or operation, and do not necessarily require or imply any actual relationship or order between these entities or operations. Moreover, the terms "include," "comprise," or any other variations thereof are intended to cover non-exclusive inclusion, so that a process, method, article, or device that includes a series of elements includes not only those elements, but also other elements not explicitly listed, or elements inherent to such process, method, article, or device. At the same time, in the drawings of the present invention, fill patterns are only used to distinguish layers and do not make any other limitations.

[0076] While embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions, and variations may be made to these embodiments without departing from the principles and spirit of the invention, and that the scope of the invention is defined by the appended claims and their equivalents.

Claims

1. A pot body structure of a tea stripping machine, comprising a pot body middle plate (1), characterized in that: Both sides of the pot body middle section plate (1) are extended and connected to the strip segment plates (2), and one side of the two strip segment plates (2) is respectively connected to the first extension section plate (3) and the second extension section plate (4); The internal spaces of the two strip-organizing sections (2) cooperate with the structures on both sides of the bottom of the pot body middle section (1) to form a strip-organizing space, and the two sides of the top of the pot body middle section (1) and the first extension section (3) and the second extension section (4) enclose a finishing space; Inclined surfaces are provided in the structure of the first extension section plate (3) and the structure of the second extension section plate (4), and the bottom extension directions of the two inclined surfaces are respectively directed toward the interior of the two strip-organizing section plates (2); Both sides of the bottom of the two strip-strip segment plates (2) are provided with strip-strip angles (5), and the setting range of the strip-strip angles (5) is between 20 degrees and 90 degrees; The surfaces of one side of the two strip-segment plates (2) are glued and connected with elastic air cushions (6), and the rear end of the elastic air cushions (6) is provided with an air inlet pipe. The elastic air cushions (6) are provided with a clearance hole isolated from their own internal space inside. The side walls of one side of the two strip-segment plates (2) are both nested with semi-enclosed tubes (7), and the end face of one end of the semi-enclosed tube (7) is flush with the inner wall of one side of the corresponding strip-segment plate (2). The other end of the semi-enclosed tube (7) passes through the clearance hole and extends to the outside of the corresponding strip-segment plate (2). A connecting groove (9) is provided between the inner wall of the middle of the semi-enclosed tube (7) and the inner wall of the clearance hole. The connecting groove (9) connects the inner space of the elastic air cushion (6) with the inner space of the semi-enclosed tube (7). The semi-enclosed tube (7) and the elastic air cushion (6) are connected by gluing at their penetration points, and the other end of the semi-enclosed tube (7) is respectively connected to a return spring (8) and a movably sleeved damping sleeve (10) on its outer side, and one end of the return spring (8) extends to the surface of the damping sleeve (10) for connection.

2. The pot structure of the tea stripping machine according to claim 1, characterized in that: The top surface of the pot body middle section plate (1) is an inverted V-shaped curved surface.

3. The pot structure of the tea stripping machine according to claim 1, characterized in that: The top of the second extension section plate (4) is bent into an inverted U-shaped structure, and when multiple pot bodies are assembled, the inverted U-shaped structure can be fitted onto the top of the first extension section plate (3) and assembled using spot welding technology.

4. The pot structure of the tea stripping machine according to claim 1, characterized in that: The strip angle (5) is forty-six degrees, and the top surface structure of the pot body middle section plate (1), the inner inclined surface structure of the first extension section plate (3), and the inner inclined surface structure of the second extension section plate (4) are adapted and adjusted to be connected.

5. The pot structure of the tea stripping machine according to claim 1, characterized in that: The strip angle (5) is ninety degrees, and the top surface structure of the pot body middle section plate (1), the inner inclined surface structure of the first extension section plate (3), and the inner inclined surface structure of the second extension section plate (4) are adapted and adjusted to be connected.

6. The pot structure of the tea stripping machine according to claim 1, characterized in that: The strip angle (5) is twenty degrees, and the top surface structure of the pot body middle section plate (1), the inner inclined surface structure of the first extension section plate (3), and the inner inclined surface structure of the second extension section plate (4) are adapted and adjusted to be connected.

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