Cartridge discharge structure and beverage manufacturing machine

Abstract

The utility model relates to a material cylinder discharging structure and beverage manufacturing machine belong to the field of beverage manufacturing, a material cylinder discharging structure includes: material cylinder subassembly, material cylinder subassembly is equipped with discharging space, centering spoiler, centering spoiler sets up on material cylinder subassembly and is located at discharging space, handle subassembly, handle subassembly sets up on material cylinder subassembly and can rotate relative to material cylinder subassembly, sealing assembly, sealing assembly sets up on material cylinder subassembly, sealing assembly is connected with handle subassembly, handle subassembly can drive sealing assembly rotates relative to material cylinder subassembly, sealing assembly rotates relative to material cylinder subassembly and can open or close discharging space, when sealing assembly closes discharging space, sealing assembly and centering spoiler are adapted, the utility model discloses a material cylinder discharging structure, centering spoiler sets up at discharging space, plays the key guiding role in the process that sealing assembly opens and shuts, ensures sealing assembly accurate butt joint, optimizes operating stability.

Description

Technical Field

[0001] This utility model relates to the field of beverage manufacturing, and in particular to a material cylinder discharge structure and a beverage manufacturing machine. Background Technology

[0002] In existing technologies, the discharging structure of beverage making machines lacks a guiding structure for the sealing structure. This deficiency directly leads to the sealing component losing precise motion constraint during the critical reciprocating opening and closing motion: on the one hand, it is prone to lateral displacement or angular tilting, failing to stably conform to the sealing reference surface of the discharging space; on the other hand, it is difficult to achieve continuous and precise alignment with the discharging space, resulting in misalignment of the sealing contact surface that should fit tightly. This alignment failure directly creates irregular gaps between the sealing component and the discharging space, and these gaps are the core hidden danger of beverage leakage. Utility Model Content

[0003] Therefore, it is necessary to address the problem that the material discharge structure of beverage manufacturing machines lacks a guiding structure for the sealing structure, and to provide a material discharge structure and a beverage manufacturing machine.

[0004] A material discharge structure for a material cylinder includes: a material cylinder assembly having a discharge space; a centering baffle disposed on the material cylinder assembly and located at the discharge space; a handle assembly disposed on the material cylinder assembly and rotatable relative to the material cylinder assembly; and a sealing assembly disposed on the material cylinder assembly and connected to the handle assembly. The handle assembly can drive the sealing assembly to rotate relative to the material cylinder assembly. When the sealing assembly rotates relative to the material cylinder assembly, it can open or close the discharge space. When the sealing assembly closes the discharge space, it is adapted to the centering baffle.

[0005] The above discloses a dispensing structure for a dispensing cylinder. The dispensing space of the cylinder assembly provides a stable basic channel for beverage flow, ensuring the initial stability of the dispensing process and avoiding exacerbation of dispensing turbulence due to unreasonable channel design. A flow-guiding element is positioned at the dispensing space, which not only effectively guides the outflowing liquid, breaking the limitation of a single liquid outflow path in traditional structures and reducing turbulence, but also effectively prevents high-viscosity or particulate beverages from adhering around the outlet, reducing residue and dripping, and improving the smoothness and hygiene of dispensing. Furthermore, it plays a crucial guiding role during the opening and closing of the sealing assembly, ensuring precise alignment of the sealing assembly and further optimizing operational stability. A handle assembly is installed on the dispensing cylinder. The components are rotatable and easy to operate. Their simplified structural design reduces the number of parts and assembly complexity, alleviating the problems of numerous and easily worn parts in traditional handles. Furthermore, through connection with the sealing component, it can stably drive the sealing component to open and close the discharge space, improving operational controllability. Driven by the handle component, the sealing component can precisely complete the opening and closing of the discharge space. When closing the discharge space, the sealing component perfectly matches the centering baffle with the guiding effect of the centering baffle, ensuring excellent sealing performance and preventing leakage. In frequent use environments, it improves structural durability and operational sensitivity, greatly enhancing the user experience and reducing cleaning difficulty and maintenance costs.

[0006] In one embodiment, there are multiple centering baffles, which are spaced apart on the barrel assembly and located at the discharge space. Adjacent centering baffles cooperate to form multiple mating spaces, which are connected to the discharge space. When the sealing assembly closes the discharge space, the sealing assembly is adapted to the multiple centering baffles and located at the multiple mating spaces. By spaced apart multiple centering baffles at the discharge space of the barrel assembly, and with adjacent components forming multiple mating spaces connected to the discharge space, this design first solves the problem of a single liquid outflow path in traditional structures. Multiple centering baffles can guide the outflowing liquid from multiple directions, effectively dispersing potential turbulence and preventing beverage splashing. Especially for high-viscosity or particulate beverages, they can guide the liquid to flow smoothly along the mating spaces, significantly reducing adhesion around the outlet, lowering the probability of residue and leakage, improving drinking hygiene, and reducing the subsequent cleaning burden. Meanwhile, when the sealing assembly closes the discharge space, it adapts to multiple centering baffles and is located in the mating space. This multi-point adaptation structure provides superior sealing performance compared to traditional sealing methods, effectively preventing leakage problems caused by incomplete sealing. In addition, the spaced arrangement of the multiple centering baffles provides more precise guidance when the sealing assembly opens and closes, ensuring stable and smooth sealing operation.

[0007] In one embodiment, the sealing assembly includes a sealing support, a sealing plug, and a sealing sleeve. The sealing support is disposed on the material cylinder assembly, and the handle assembly is connected to the sealing support. The handle assembly can drive the sealing support to rotate relative to the material cylinder assembly. The sealing plug is disposed on the sealing support and is adapted to multiple centering baffles. A portion of the sealing plug is located at multiple mating spaces. The sealing sleeve is fitted onto the sealing plug and passes through the sealing support. The sealing sleeve can open or close the discharge space. By using the sealing support as a connecting base, it is both securely installed on the material cylinder assembly and linked with the handle assembly, making the rotation of the sealing support by the handle assembly more stable. This avoids the insensitivity of operation caused by loose drive components in traditional structures and improves the controllability of opening and closing. The sealing plug, mounted on the sealing support, not only precisely matches multiple centering baffles to ensure a tight seal, but also has a portion embedded in the mating space. This embedded design provides precise guidance during the opening and closing of the sealing assembly, ensuring the sealing plug and centering baffles are always accurately aligned. This avoids the opening and closing jams or alignment deviations that occur in traditional structures due to a lack of guidance, further improving operational smoothness. The sealing sleeve, fitted onto the sealing plug and passing through the sealing support, serves as the core sealing component, further enhancing the overall sealing effect. It fills the tiny gaps between the sealing plug, the sealing support, and the centering baffles, effectively preventing gap leakage problems common in traditional sealing structures. Especially during equipment storage or handling, it firmly locks the beverage inside the container, preventing spillage and contamination.

[0008] In one embodiment, the sealing support includes a support body, a second connecting rod, and a second return spring. The second connecting rod passes through the support body, and its two ends are disposed on the material cylinder assembly. The support body can rotate relative to the material cylinder assembly around the second connecting rod. The support body has a driving space. The handle assembly is connected to the support body, and the connection portion between the handle assembly and the support body is located in the driving space and can reciprocate within the driving space. The second return spring is disposed on the support body and abuts against the material cylinder assembly. The sealing plug is disposed on the support body, and the sealing sleeve passes through the support body. By using the support body as the core load-bearing component, the driving space provided on it provides a reasonable movement area for the handle assembly, allowing the connection portion between the handle assembly and the support body to reciprocate within the driving space. Combined with the second connecting rod passing through the support body and fixed at both ends to the material cylinder assembly, the support body can rotate stably around the second connecting rod. Compared to the problem of easy jamming of the driving component in traditional structures, this significantly improves operational flexibility and smoothness, ensuring precise and controllable opening and closing of the sealing assembly by the handle assembly. Meanwhile, the second return spring on the support body abuts against the cylinder assembly. After the handle assembly is operated, the spring force automatically resets the support body, avoiding the cumbersome manual repositioning required in traditional structures. The reset process is stable, ensuring precise fit between the sealing plug and the centering baffle, further guaranteeing sealing reliability. Furthermore, the support body supports both the sealing plug and the through-hole sealing sleeve, resulting in a more compact and coordinated layout of the sealing components. This strengthens the sealing foundation through the fit between the sealing plug and the centering baffle, while the sealing sleeve further enhances the sealing effect, effectively preventing beverage leakage, reducing cleaning difficulty, and improving the overall user experience and durability of the equipment.

[0009] In one embodiment, the sealing plug includes a plug body and mating parts. The plug body is disposed on the sealing support, and there are multiple mating parts spaced apart on the plug body. These mating parts are adapted to and correspondingly placed in multiple mating spaces with the alignment baffles. The sealing sleeve is fitted onto the plug body. By using the plug body as a basic load-bearing component and firmly mounting it on the sealing support, a reliable mounting carrier is provided for the multiple mating parts. Simultaneously, an adaptation structure is provided for the fitting of the sealing sleeve, ensuring a tight connection between all components of the sealing assembly. The multiple mating parts spaced apart on the plug body and adapted to and correspondingly placed in the mating spaces with the alignment baffles provide multi-point, high-precision guidance during the opening and closing of the sealing assembly, compared to traditional structures with a single guide or no precise guidance. This effectively prevents plug body misalignment, ensuring that the sealing plug and alignment baffles are always precisely aligned, eliminating problems such as opening / closing jamming or sealing failure caused by guide deviation. Meanwhile, the tight fit between multiple mating parts and the centering baffle further strengthens the sealing foundation. Together with the sealing sleeve fitted on the plug body, it forms a double sealing guarantee, greatly improving the overall sealing performance and effectively preventing beverage leakage.

[0010] In one embodiment, the sealing sleeve includes a sealing body and an accessory. The accessory is disposed on the sealing body, and the sealing body is fitted onto the sealing plug. The accessory passes through the sealing support, and the sealing body can open or close the discharge space. By using the sealing body as the core sealing component and tightly fitting it onto the sealing plug, it can move synchronously with the sealing plug to open or close the discharge space. Its fitting design with the sealing plug can fill the gap between the plug and the discharge space, significantly improving the sealing tightness compared to traditional single seals, effectively preventing beverage leakage, especially for high-viscosity or particulate beverages, preventing residue or overflow from gaps and reducing cleaning difficulty. The accessory, disposed on the sealing body and passing through the sealing support, provides a stable installation position for the sealing body, avoiding seal misalignment caused by loose installation of traditional seals, ensuring that the sealing body always accurately corresponds to the discharge space. On the other hand, the cooperation between the accessory and the sealing support restricts the movement trajectory of the sealing body, making the sealing body more stable during opening and closing, and preventing seal failure due to shaking.

[0011] In one embodiment, the handle assembly includes a handle body, a handle transmission assembly, and a drive rod. The handle transmission assembly is disposed on the handle body and the material cylinder assembly. The handle body can drive the handle transmission assembly to rotate relative to the material cylinder assembly. The sealing assembly has a driving space. The drive rod is disposed on the handle transmission assembly and located in the driving space. The drive rod can reciprocate in the driving space. When the drive rod reciprocates in the driving space, it can drive the sealing assembly to open or close the discharge space. By using the handle body as the operating end and connecting it to the material cylinder assembly through the handle transmission assembly, the user only needs to rotate the handle body to drive the handle transmission assembly to rotate stably relative to the material cylinder assembly. Compared with the traditional cumbersome operation method, the convenience of operation is greatly improved. Moreover, the simplified transmission structure reduces the number of parts, reduces assembly difficulty and wear probability, and enhances structural durability. Meanwhile, the drive rod on the handle transmission assembly is located within the drive space of the sealing assembly. When the drive rod reciprocates within the drive space, it can precisely drive the sealing assembly to open or close the discharge space. This coordinated design can limit the drive trajectory, avoid the deviation or jamming that is prone to occur when using a traditional handle drive, ensure that the opening and closing action of the sealing assembly is precise and controllable, and effectively prevent discharge disorder or sealing failure caused by drive deviation.

[0012] In one embodiment, the handle transmission assembly includes a transmission support, a first connecting rod, and a first return spring. The transmission support is disposed on the handle body, the first connecting rod passes through the transmission support, and both ends of the first connecting rod are disposed on the material cylinder assembly. The transmission support is rotatable around the first connecting rod, the first return spring is disposed on the transmission support, and the drive rod is disposed on the transmission support. Using the transmission support as the core transmission component, it is both securely connected to the handle body and provides a reliable mounting base for the drive rod, ensuring that the operating force of the handle body can be accurately transmitted to the drive rod, avoiding the insensitive operation caused by force transmission loss in traditional transmissions. The first connecting rod, passing through the transmission support and fixed at both ends to the material cylinder assembly, provides a stable rotation axis for the transmission support, ensuring accurate trajectory when the transmission support rotates around the first connecting rod, eliminating the offset that occurs in traditional transmissions due to the lack of a fixed axis, ensuring that the drive rod can smoothly reciprocate within the driving space of the sealing assembly, thereby ensuring precise and controllable opening and closing actions of the sealing assembly. Meanwhile, the first reset spring on the transmission support can automatically drive the transmission support to reset after the handle operation is completed, without the need for manual reset. Compared with the traditional structure, this simplifies the operation process and the reset force is uniform, which can ensure that the drive rod and the sealing component always remain in a matching state, avoiding seal failure due to incomplete reset.

[0013] In one embodiment, a protective component is further included. This protective component is detachably mounted to the barrel assembly. The protective component includes a protective housing and multiple protective mounting members. These mounting members are disposed on the protective housing and evenly distributed across its two inner sidewalls. The barrel assembly has multiple mounting spaces located on its two outer sidewalls. The protective housing is detachably mounted to the barrel assembly, and the multiple protective mounting members are placed one-to-one in each of the mounting spaces. By utilizing the cooperation of the protective housing and the multiple protective mounting members, and in conjunction with the L-shaped mounting spaces of the barrel assembly, assembly is achieved. The multiple protective mounting members are evenly distributed across the two inner sidewalls of the protective housing and correspond one-to-one with the mounting spaces on the outer sidewalls of the barrel assembly. This symmetrical fitting design allows the protective housing to slide along a specific direction and be snapped onto the barrel assembly, ensuring both installation stability and convenient disassembly. This facilitates subsequent inspection and maintenance of the internal structure, solving the problem of cumbersome disassembly and assembly of traditional fixed protective structures. Meanwhile, the protective housing effectively covers the internal handle assembly and other transmission mechanisms. On one hand, it prevents dust, impurities, and other foreign objects from entering the transmission mechanism, avoiding transmission jamming or component wear caused by foreign object intrusion, and ensuring the stable operation of the transmission system. On the other hand, it prevents accidental contact with internal operating parts during operation, improving equipment safety. In addition, the protective housing also serves an aesthetic purpose, optimizing the overall appearance of the equipment.

[0014] The second aspect of this application discloses a beverage manufacturing machine, which includes: the aforementioned material discharge structure; and a beverage manufacturing machine body, wherein the material discharge structure is disposed on the beverage manufacturing machine body.

[0015] The second aspect disclosed above discloses a beverage making machine. The precise sealing design, stable transmission system, and reliable protective components in the dispensing structure of the material cylinder work in synergy with the machine body, solving the pain points of traditional equipment such as disordered dispensing, leakage, and inconvenient operation. The stable dispensing and residue-preventing design of the material cylinder ensures that the beverage is poured without splashing or waste, guaranteeing drinking hygiene. Meanwhile, convenient operation and automatic reset functions lower the user threshold and adapt to high-frequency usage scenarios. The protective components protect the internal transmission mechanism of the machine, preventing foreign objects from affecting its operation and preventing accidental user contact, thus improving safety. Overall, this integrated design allows the beverage making machine to combine stable dispensing, convenient operation, and safety protection, optimizing the user experience and enhancing the equipment's durability and market competitiveness. Attached Figure Description

[0016] Figure 1 This is a first perspective view of the material discharge structure of the barrel.

[0017] Figure 2 This is a second perspective view of the material discharge structure of the material barrel;

[0018] Figure 3 This is a 3D view of the barrel assembly;

[0019] Figure 4 This is a cross-sectional view of the material discharge structure of the barrel;

[0020] Figure 5 for Figure 4 A magnified view of a portion of region A;

[0021] Figure 6 A perspective view of the handle assembly and the sealing assembly;

[0022] Figure 7 A 3D view of the handle assembly;

[0023] Figure 8 This is a first perspective view of the sealing assembly;

[0024] Figure 9 Exploded view of the sealing assembly;

[0025] Figure 10 This is a second perspective view of the sealing assembly;

[0026] Figure 11 This is a third perspective view of the sealing assembly;

[0027] Figure 12 A 3D view of the protected components.

[0028] The correspondence between the reference numerals and the component names is as follows:

[0029] 1. Material cylinder assembly; 101. Discharge space; 102. Adaptation space; 103. Installation space;

[0030] 2 center-mounted spoilers;

[0031] 3. Handle assembly, 31. Handle body, 32. Handle transmission assembly, 321. Transmission support, 322. First connecting rod, 323. First return spring, 33. Drive rod;

[0032] 4 sealing assembly, 41 sealing support, 411 support body, 412 second connecting rod, 413 second return spring, 42 sealing plug, 421 plug body, 422 mating part, 43 sealing sleeve, 431 sealing body, 432 assembly, 401 driving space.

[0033] 5. Protective components, 51. Protective housing, 52. Protective mounting components. Detailed Implementation

[0034] To better understand the above-mentioned objectives, features, and advantages of this utility model, the present utility model will be further described in detail below with reference to the accompanying drawings and specific embodiments. It should be noted that, unless otherwise specified, the embodiments and features described in these embodiments can be combined with each other.

[0035] Many specific details are set forth in the following description in order to provide a full understanding of the present invention. However, the present invention may also be implemented in other ways different from those described herein. Therefore, the scope of protection of the present invention is not limited to the specific embodiments disclosed below.

[0036] The following describes, with reference to the accompanying drawings, some embodiments of the present invention, the material discharge structure of the barrel and the beverage manufacturing machine.

[0037] Example 1

[0038] like Figures 1 to 12 As shown, this embodiment discloses a material cylinder discharge structure, including: a material cylinder assembly 1, the material cylinder assembly 1 having a discharge space 101; a centering baffle 2, the centering baffle 2 being disposed on the material cylinder assembly 1 and located at the discharge space 101; a handle assembly 3, the handle assembly 3 being disposed on the material cylinder assembly 1 and capable of rotating relative to the material cylinder assembly 1; and a sealing assembly 4, the sealing assembly 4 being disposed on the material cylinder assembly 1 and connected to the handle assembly 3. The handle assembly 3 can drive the sealing assembly 4 to rotate relative to the material cylinder assembly 1. When the sealing assembly 4 rotates relative to the material cylinder assembly 1, it can open or close the discharge space 101. When the sealing assembly 4 closes the discharge space 101, the sealing assembly 4 is adapted to the centering baffle 2.

[0039] This application discloses a discharging structure for a beverage manufacturing machine. The discharging space 101 of the cylinder assembly 1 provides a stable basic channel for beverage flow, ensuring initial stability during the discharging process and preventing discharging turbulence caused by unreasonable channel design. The centering turbulence-guiding element 2, located at the discharging space 101, not only effectively guides the outflowing liquid, breaking the limitation of a single liquid outflow path in traditional structures and reducing turbulence, but also effectively prevents high-viscosity or particulate beverages from adhering around the outlet, reducing residue and dripping, and improving the smoothness and hygiene of the discharging process. Furthermore, it plays a crucial guiding role during the opening and closing of the sealing assembly 4, ensuring precise alignment of the sealing assembly 4 and further optimizing operational stability. The handle assembly 3 is mounted on the cylinder assembly 1 and can rotate relative to it. It is easy to operate, and its structural design is relatively simplified, reducing the number of parts and assembly complexity. It alleviates the problems of traditional handles having many parts and being prone to wear. At the same time, through the connection with the sealing component 4, it can stably drive the sealing component 4 to open and close the discharge space 101, improving the controllability of operation. Under the drive of the handle component 3, the sealing component 4 can accurately complete the opening and closing action of the discharge space 101. When the discharge space 101 is closed, with the guidance of the centering baffle 2, the sealing component 4 can perfectly match the centering baffle 2, ensuring excellent sealing performance and avoiding leakage. At the same time, in the case of frequent use, it can improve the durability of the structure and the sensitivity of operation, greatly improve the user experience, and reduce the difficulty of cleaning and maintenance costs.

[0040] like Figure 4 and Figure 5As shown, in addition to the features of the above embodiments, this embodiment further specifies that: the number of centering baffles 2 is multiple, the multiple centering baffles 2 are spaced apart on the barrel assembly 1 and located at the discharge space 101, adjacent centering baffles 2 cooperate to form a cooperation space 102, the number of cooperation spaces 102 is multiple, the multiple cooperation spaces 102 are connected to the discharge space 101, when the sealing assembly 4 closes the discharge space 101, the sealing assembly 4 is adapted to the multiple centering baffles 2 and located at the multiple cooperation spaces 102. By spaced apart on the discharge space 101 of the barrel assembly 1, and adjacent components cooperate to form multiple cooperation spaces 102 connected to the discharge space 101, this design first solves the problem of the single liquid outflow path in the traditional structure. The multiple centering baffles 2 can guide the outflowing liquid from multiple directions, effectively dispersing potential turbulence and preventing beverage splashing. Especially for high-viscosity beverages or those containing particulate matter, they can guide the liquid to flow smoothly along the mating space, significantly reducing adhesion around the outlet and lowering the probability of residue and dripping. This improves drinking hygiene and reduces subsequent cleaning burden. Simultaneously, when the sealing assembly 4 closes the discharge space 101, it is adapted to the multiple centering baffles 2 and located at the mating space 102. This multi-point adaptation structure provides superior sealing performance compared to traditional sealing methods, effectively preventing leakage problems caused by incomplete sealing. Furthermore, the spaced arrangement of the multiple centering baffles 2 provides more precise guidance when the sealing assembly 4 opens and closes, ensuring stable and smooth sealing operation.

[0041] like Figure 4 , Figure 5 , Figure 8 and Figure 9As shown, in addition to the features of the above embodiments, this embodiment further defines: the sealing assembly 4 includes a sealing support 41, a sealing plug 42, and a sealing sleeve 43. The sealing support 41 is disposed on the barrel assembly 1, and the handle assembly 3 is connected to the sealing support 41. The handle assembly 3 can drive the sealing support 41 to rotate relative to the barrel assembly 1. The sealing plug 42 is disposed on the sealing support 41 and is adapted to multiple centering baffles 2. Parts of the sealing plug 42 are located at multiple mating spaces 102. The sealing sleeve 43 is sleeved on the sealing plug 42 and passes through the sealing support 41. The sealing sleeve 43 can open or close the discharge space 101. By using the sealing support 41 as a connecting base, it is both securely installed on the barrel assembly 1 and linked with the handle assembly 3, making the rotation of the sealing support 41 by the handle assembly 3 more stable. This avoids the insensitivity of operation caused by loose driving components in traditional structures and improves the controllability of opening and closing. The sealing plug 42 is mounted on the sealing support 41. It not only precisely matches multiple centering baffles 2 to ensure a solid seal, but also has part of its structure embedded in the mating space 102. This embedded design provides precise guidance during the opening and closing of the sealing assembly 4, ensuring that the sealing plug 42 and the centering baffles 2 are always precisely aligned. This avoids the opening and closing jamming or alignment deviation that occurs in traditional structures due to lack of guidance, further improving operational smoothness. The sealing sleeve 43, which is fitted onto the sealing plug 42 and passes through the sealing support 41, serves as the core sealing component. It further enhances the overall sealing effect, filling the tiny gaps between the sealing plug 42, the sealing support 41, and the centering baffles 2. This effectively eliminates the gap leakage problem that easily occurs in traditional sealing structures. Especially during equipment storage or transportation, it can firmly lock the beverage in the container to prevent spillage and contamination.

[0042] like Figure 8 , Figure 9 and Figure 10As shown, in addition to the features of the above embodiments, this embodiment further defines: the sealing support 41 includes a support body 411, a second connecting rod 412 and a second return spring 413. The second connecting rod 412 passes through the support body 411, and both ends of the second connecting rod 412 are disposed on the material cylinder assembly 1. The support body 411 can rotate relative to the material cylinder assembly 1 around the second connecting rod 412. The support body 411 is provided with a driving space 401. The handle assembly 3 is connected to the support body 411. The connection part between the handle assembly 3 and the support body 411 is located at the driving space 401 and can reciprocate at the driving space 401. The second return spring 413 is disposed on the support body 411 and abuts against the material cylinder assembly 1. The sealing plug 42 is disposed on the support body 411, and the sealing sleeve 43 passes through the support body 411. By using the support body 411 as the core load-bearing component, the drive space 401 provided on it offers a reasonable range of motion for the handle assembly 3. This allows the connection between the handle assembly 3 and the support body 411 to reciprocate within the drive space 401. Combined with the second connecting rod 412, which passes through the support body 411 and is fixed at both ends to the barrel assembly 3, the support body 411 can rotate stably around the second connecting rod 412. Compared to the problem of easy jamming in traditional structures, this significantly improves operational flexibility and smoothness, ensuring precise and controllable opening and closing of the sealing assembly 4 when the handle assembly 3 drives it. Simultaneously, the second return spring 413 on the support body 411 abuts against the barrel assembly 1. After the handle assembly 3 is operated, the spring force automatically resets the support body 411, avoiding the cumbersome manual repositioning required in traditional structures. The stable reset process ensures that the sealing plug 42 and the centering baffle 2 are always precisely matched, further guaranteeing sealing reliability. In addition, the support body 411 supports the sealing plug 42 and the through sealing sleeve 43 respectively, making the layout of each component of the sealing assembly 4 more compact and the coordination stronger. It can strengthen the sealing foundation by adapting the sealing plug 42 and the centering baffle 2, and further improve the sealing effect with the help of the sealing sleeve, effectively preventing beverage leakage, reducing cleaning difficulty, and improving the overall user experience and durability of the equipment.

[0043] like Figure 5 , Figure 8 and Figure 10As shown, in addition to the features of the above embodiments, this embodiment further defines: the sealing plug 42 includes a plug body 421 and mating parts 422. The plug body 421 is disposed on the sealing support 41. There are multiple mating parts 422, which are spaced apart on the plug body 421. The multiple mating parts 422 are adapted to and correspondingly placed in multiple mating spaces 102 with multiple centering baffles 2. The sealing sleeve 43 is fitted onto the plug body 421. By using the plug body 421 as a basic load-bearing component and firmly set on the sealing support 41, a reliable installation carrier is provided for the multiple mating parts 422. At the same time, an adaptation structure is provided for the fitting of the sealing sleeve 43, ensuring that the components of the sealing assembly 4 are tightly connected. Multiple mating parts 422 are spaced apart on the plug body 421 and are adapted to multiple centering baffles 2, each placed in a corresponding position in the mating space 102. This one-to-one matching design, compared to the single guide or no precise guide in traditional structures, provides multi-point, high-precision guidance during the opening and closing of the sealing assembly 4, effectively preventing the plug body 421 from shifting and ensuring that the sealing plug 42 and the centering baffles 2 are always precisely aligned, eliminating problems such as opening and closing jamming or sealing failure caused by guide deviation. At the same time, the tight fit between the multiple mating parts 422 and the centering baffles 2 further strengthens the sealing foundation. Together with the sealing sleeve fitted on the plug body 421, it forms a double sealing guarantee, greatly improving the overall sealing performance and effectively preventing beverage leakage.

[0044] like Figure 4 , Figure 8 and Figure 11 As shown, in addition to the features of the above embodiments, this embodiment further defines that: the sealing sleeve 43 includes a sealing body 431 and an accessory 432. The accessory 432 is disposed on the sealing body 431, the sealing body 431 is sleeved on the sealing plug 42, and the accessory 432 passes through the sealing support 41. The sealing body 431 can open or close the discharge space 101. By using the sealing body 431 as the core sealing component and tightly sleeved on the sealing plug 42, it can move synchronously with the sealing plug 42 to open or close the discharge space 101. Its fitting design with the sealing plug 42 can fill the gap between the plug and the discharge space 101. Compared with traditional single sealing components, it significantly improves the sealing tightness and effectively prevents beverage leakage. Especially for high-viscosity or particulate beverages, it can prevent them from remaining or overflowing from gaps, reducing cleaning difficulty. The fitting 432 is mounted on the sealing body 431 and passes through the sealing support 41. On the one hand, it provides a stable installation position for the sealing body 431, avoiding the sealing offset caused by loose installation of traditional seals, and ensuring that the sealing body 431 always accurately corresponds to the discharge space 101. On the other hand, the cooperation between the fitting 432 and the sealing support 41 can limit the movement trajectory of the sealing body 431, making the sealing body 431 more stable during opening and closing, and preventing sealing failure caused by shaking.

[0045] like Figure 6 , Figure 7 and Figure 8 As shown, in addition to the features of the above embodiments, this embodiment further defines: the handle assembly 3 includes a handle body 31, a handle transmission assembly 32, and a drive rod 33. The handle transmission assembly 32 is disposed on the handle body 31 and the material cylinder assembly 1. The handle body 31 can drive the handle transmission assembly 32 to rotate relative to the material cylinder assembly 1. The sealing assembly 4 is provided with a driving space 401. The drive rod 33 is disposed on the handle transmission assembly 32 and located at the driving space 401. The drive rod 33 can reciprocate at the driving space 401. When the drive rod 33 reciprocates at the driving space 401, it can drive the sealing assembly 4 to open or close the discharge space 101. By using the handle body 31 as the operating end and connecting it to the material cylinder assembly 1 through the handle transmission assembly 32 disposed thereon, the user only needs to rotate the handle body 31 to drive the handle transmission assembly 32 to rotate stably relative to the material cylinder assembly 1. Compared with the traditional cumbersome operation method, the convenience of operation is greatly improved. Moreover, the simplified transmission structure reduces the number of parts, reduces the assembly difficulty and wear probability, and enhances the structural durability. Meanwhile, the drive rod 33 on the handle transmission assembly 32 is located in the drive space 401 of the sealing assembly 4. When the drive rod 33 reciprocates in the drive space 401, it can precisely drive the sealing assembly 4 to open or close the discharge space 101. This cooperative design can limit the drive trajectory, avoid the deviation or jamming that is easy to occur when using a traditional handle, ensure that the opening and closing action of the sealing assembly 4 is precise and controllable, and effectively prevent discharge disorder or sealing failure caused by drive deviation.

[0046] like Figure 6 , Figure 7 and Figure 8As shown, in addition to the features of the above embodiments, this embodiment further defines: the handle transmission assembly 32 includes a transmission support 321, a first connecting rod 322, and a first return spring 323. The transmission support 321 is disposed on the handle body 31, the first connecting rod 322 passes through the transmission support 321, and both ends of the first connecting rod 322 are disposed on the feed cylinder assembly 1. The transmission support 321 can rotate around the first connecting rod 322. The first return spring 323 is disposed on the transmission support 321, and the drive rod 33 is disposed on the transmission support 321. By using the transmission support 321 as the core transmission component, it is not only firmly connected to the handle body 31, but also provides a reliable mounting base for the drive rod 33, ensuring that the operating force of the handle body 31 can be accurately transmitted to the drive rod 33, avoiding the insensitive operation caused by force transmission loss in traditional transmission. The first connecting rod 322, which passes through the transmission support 321 and is fixed at both ends to the cylinder assembly, provides a stable rotation axis for the transmission support 321. This ensures that the transmission support 321 rotates precisely around the first connecting rod 322, eliminating the offset that occurs in traditional transmissions due to the lack of a fixed axis. This ensures that the drive rod 33 can move smoothly back and forth within the drive space 401 of the sealing assembly 4, thereby guaranteeing the precise and controllable opening and closing action of the sealing assembly 4. Simultaneously, the first return spring 323 installed on the transmission support 321 automatically resets the transmission support 321 after the handle operation is completed, eliminating the need for manual reset. Compared to traditional structures, this simplifies the operation process and provides uniform reset force, ensuring that the drive rod 33 and the sealing assembly 4 always maintain a proper fit, preventing seal failure due to incomplete reset.

[0047] like Figure 1 , Figure 3 and Figure 12As shown, in addition to the features of the above embodiments, this embodiment further includes a protective component 5, which is detachably mounted on the barrel assembly 1. The protective component 5 includes a protective housing 51 and a protective mounting member 52. There are multiple protective mounting members 52, which are disposed on the protective housing 51 and evenly distributed on the two inner side walls of the protective housing 51. The barrel assembly 1 is provided with an installation space 103, which is also multiple. The multiple installation spaces 103 are located on the two outer side walls of the barrel assembly 1. The protective housing 51 is detachable from the barrel assembly 1, and the multiple protective mounting members 52 are placed one-to-one in the multiple installation spaces 103. By utilizing the protective housing 51 of the protective component 5 in conjunction with multiple protective mounting parts 52, and cooperating with the L-shaped mounting space 103 of the barrel assembly, assembly is achieved. The multiple protective mounting parts 52 are evenly distributed on the two inner sidewalls of the protective housing 51 and correspond one-to-one with the mounting space 103 on the outer sidewall of the barrel assembly 1. This symmetrical fitting design allows the protective housing 51 to slide along a specific direction and be snapped onto the barrel assembly 1, ensuring both installation stability and convenient disassembly, facilitating subsequent inspection and maintenance of the internal structure and solving the problem of cumbersome disassembly and assembly of traditional fixed protective structures. Simultaneously, the protective housing 51 effectively covers the internal transmission mechanisms such as the handle assembly 3. On the one hand, it prevents dust, impurities, and other foreign objects from entering the transmission mechanism, avoiding transmission jamming or component wear caused by foreign object intrusion, ensuring stable operation of the transmission system; on the other hand, it prevents accidental contact with internal operating parts during operation, improving equipment safety. Furthermore, the protective housing 51 also serves an aesthetic decorative purpose, optimizing the overall appearance of the equipment.

[0048] Example 2

[0049] like Figures 1 to 12 As shown, this embodiment discloses a beverage manufacturing machine, including: the above-mentioned material cylinder discharge structure; and a beverage manufacturing machine body, wherein the material cylinder discharge structure is disposed on the beverage manufacturing machine body.

[0050] The second aspect of this application discloses a beverage making machine. The precise sealing design, stable transmission system, and reliable protective components in the dispensing structure of the material cylinder work in synergy with the machine body to solve the pain points of traditional equipment, such as disordered dispensing, leakage, and inconvenient operation. The stable dispensing and residue-preventing design of the material cylinder ensures that the beverage is poured without splashing or waste, guaranteeing drinking hygiene. Meanwhile, the convenient operation and automatic reset function lower the user threshold and adapt to high-frequency use scenarios. The protective component 5 protects the internal transmission mechanism of the machine, preventing foreign objects from affecting the operation and preventing accidental user contact, thus improving safety. Overall, this integrated design allows the beverage making machine to combine stable dispensing, convenient operation, and safety protection, optimizing the user experience and enhancing the equipment's durability and market competitiveness.

[0051] The technical features of the above embodiments can be combined in any way. For the sake of brevity, not all possible combinations of the technical features in the above embodiments are described. However, as long as there is no contradiction in the combination of these technical features, they should be considered to be within the scope of this specification.

[0052] The embodiments described above are merely illustrative of several implementations of this utility model, and while the descriptions are relatively specific and detailed, they should not be construed as limiting the scope of the utility model patent. It should be noted that those skilled in the art can make various modifications and improvements without departing from the concept of this utility model, and these all fall within the protection scope of this utility model. Therefore, the protection scope of this utility model patent should be determined by the appended claims.

Claims

1. A material discharge structure for a feed cylinder, characterized in that, The aforementioned material discharge structure includes: A material cylinder assembly (1) is provided with a discharge space (101); A centering baffle (2) is disposed on the barrel assembly (1) and located at the discharge space (101); A handle assembly (3) is disposed on the barrel assembly (1) and is rotatable relative to the barrel assembly (1); A sealing assembly (4) is disposed on the barrel assembly (1). The sealing assembly (4) is connected to the handle assembly (3). The handle assembly (3) can drive the sealing assembly (4) to rotate relative to the barrel assembly (1). When the sealing assembly (4) rotates relative to the barrel assembly (1), it can open or close the discharge space (101). When the sealing assembly (4) closes the discharge space (101), the sealing assembly (4) is adapted to the centering baffle (2).

2. The material discharge structure of the barrel according to claim 1, characterized in that, The number of the centering baffles (2) is multiple. The multiple centering baffles (2) are spaced apart on the material cylinder assembly (1) and located at the discharge space (101). Adjacent centering baffles (2) cooperate to form a cooperation space (102). The number of cooperation spaces (102) is multiple. The multiple cooperation spaces (102) are connected to the discharge space (101). When the sealing assembly (4) closes the discharge space (101), the sealing assembly (4) is adapted to the multiple centering baffles (2) and located at the multiple cooperation spaces (102).

3. The material discharge structure of the barrel according to claim 2, characterized in that, The sealing assembly (4) includes a sealing support (41), a sealing plug (42), and a sealing sleeve (43). The sealing support (41) is disposed on the material cylinder assembly (1). The handle assembly (3) is connected to the sealing support (41). The handle assembly (3) can drive the sealing support (41) to rotate relative to the material cylinder assembly (1). The sealing plug (42) is disposed on the sealing support (41). The sealing plug (42) is adapted to a plurality of the centering baffles (2). A portion of the sealing plug (42) is located at a plurality of the mating spaces (102). The sealing sleeve (43) is sleeved on the sealing plug (42) and passes through the sealing support (41). The sealing sleeve (43) can open or close the discharge space (101).

4. The material discharge structure of the barrel according to claim 3, characterized in that, The sealing support (41) includes a support body (411), a second connecting rod (412), and a second return spring (413). The second connecting rod (412) passes through the support body (411), and both ends of the second connecting rod (412) are disposed on the material cylinder assembly (1). The support body (411) is rotatable relative to the material cylinder assembly (1) around the second connecting rod (412). The support body (411) is provided with a driving space (401). The handle assembly (3) Connected to the support body (411), the connection part of the handle assembly (3) and the support body (411) is located in the drive space (401) and can reciprocate in the drive space (401), the second return spring (413) is disposed on the support body (411) and abuts against the barrel assembly (1), the sealing plug (42) is disposed on the support body (411), and the sealing sleeve (43) passes through the support body (411).

5. The material discharge structure of the material cylinder according to claim 3, characterized in that, The sealing plug (42) includes a plug body (421) and mating parts (422). The plug body (421) is disposed on the sealing support (41). There are multiple mating parts (422), which are spaced apart on the plug body (421). The multiple mating parts (422) are adapted to and correspondingly placed in multiple mating spaces (102) of the multiple centering baffles (2). The sealing sleeve (43) is fitted on the plug body (421).

6. The material discharge structure of the barrel according to claim 3, characterized in that, The sealing sleeve (43) includes a sealing body (431) and an assembly (432). The assembly (432) is disposed on the sealing body (431). The sealing body (431) is sleeved on the sealing plug (42). The assembly (432) passes through the sealing support (41). The sealing body (431) can open or close the discharge space (101).

7. The material discharge structure of the barrel according to claim 1, characterized in that, The handle assembly (3) includes a handle body (31), a handle transmission assembly (32), and a drive rod (33). The handle transmission assembly (32) is disposed on the handle body (31) and on the material cylinder assembly (1). The handle body (31) can drive the handle transmission assembly (32) to rotate relative to the material cylinder assembly (1). The sealing assembly (4) is provided with a drive space (401). The drive rod (33) is disposed on the handle transmission assembly (32) and located in the drive space (401). The drive rod (33) can reciprocate in the drive space (401). When the drive rod (33) reciprocates in the drive space (401), it can drive the sealing assembly (4) to open or close the discharge space (101).

8. The material discharge structure of the barrel according to claim 7, characterized in that, The handle transmission assembly (32) includes a transmission support (321), a first connecting rod (322), and a first return spring (323). The transmission support (321) is disposed on the handle body (31). The first connecting rod (322) passes through the transmission support (321). Both ends of the first connecting rod (322) are disposed on the barrel assembly (1). The transmission support (321) can rotate around the first connecting rod (322). The first return spring (323) is disposed on the transmission support (321). The drive rod (33) is disposed on the transmission support (321).

9. The material discharge structure of the material cylinder according to claim 1, characterized in that, It also includes a protective component (5), which is detachable from the barrel assembly (1). The protective component (5) includes a protective housing (51) and a protective mounting component (52). There are multiple protective mounting components (52), which are disposed on the protective housing (51) and evenly distributed on the two inner sidewalls of the protective housing (51). The barrel assembly (1) is provided with an installation space (103), which is also multiple. The multiple installation spaces (103) are located on the two outer sidewalls of the barrel assembly (1). The protective housing (51) is detachable from the barrel assembly (1), and the multiple protective mounting components (52) are placed one-to-one in the multiple installation spaces (103).

10. A beverage making machine, characterized in that, The beverage making machine includes: The material discharge structure of the barrel according to any one of claims 1 to 9; The beverage making machine body, wherein the material cylinder discharge structure is disposed on the beverage making machine body.

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