Coffee grinder that combines conical and flat grinding plates

Abstract

A coffee grinder that combines a conical grinding plate and a flat grinding plate comprises a base (1) and a coffee bean grinding assembly (2). A drive motor and an assembly chamber are installed inside the base (1), and an opening connected to the assembly chamber is installed on the outer wall of the base (1); the coffee bean grinding assembly (2) is housed within the assembly chamber; a grinding plate base that is detachably connected is installed inside the coffee bean grinding assembly (2), and various types of grinding plate mechanisms can be assembled on the grinding plate base; the grinding plate mechanism rotates according to the rotation of the drive motor; and various types of grinding plate mechanisms can be assembled and used through the grinding plate base, thereby satisfying the user's requirement to grind coffee beans of various brands and types; and the grinding plate base is detachable, making cleaning and maintenance easy.

Description

Technology Field

[0001] This utility model relates to the structure of a coffee grinder, and in particular to a coffee grinder that combines a conical grinding plate and a flat grinding plate. Background Technology

[0002] With changes in lifestyles and improvements in quality of life, an increasing number of people have come to accept and like the beverage coffee, and consequently, various home coffee grinders have begun to appear in people's lives.

[0003] In conventional technology, coffee grinders generally comprise an interconnected bean hopper, a powder container, and a base. The base provides the driving force necessary for grinding, thereby operating the powder container to transform coffee beans into coffee powder. Inside the grinding container, coffee beans are ground using a grinding plate mechanism to obtain coffee powder of various particle sizes. However, it has been discovered that in actual use, the grinding particle sizes of coffee beans vary depending on their origin and type, and users also have diverse tastes and personal drinking habits. Coffee grinders currently on the market fail to meet user requirements by providing only a single type of grinding plate mechanism. Furthermore, the grinding plate mechanism cannot be disassembled, making cleaning and maintenance difficult. Therefore, to solve the aforementioned problems, a grinder with a more rational structure is required. The problem to be solved

[0004] This utility model provides a solution to the technical problem that conventional coffee grinders cannot combine different types of grinding plate structures, making it difficult to meet user requirements. means of solving the problem

[0005] To achieve the above objective, the present utility model provides a coffee grinder that combines a conical grinding plate and a flat grinding plate, and

[0006] A base having a drive motor and an assembly room installed inside, and an opening formed in the outer wall that connects to the assembly room;

[0007] It is housed in the assembly chamber; a grinding plate base detachably connected thereto has a grinding plate mechanism of a different shape assembled thereon; and the grinding plate mechanism includes a bean grinding assembly that rotates according to the rotation of the drive motor.

[0008] Here, the coffee bean grinding assembly is composed of a coffee bean grinding container and a raw material input container that are detachably connected, and the interiors of the coffee bean grinding container and the raw material input container jointly form a coffee bean supply passage; a plurality of group position limiting protrusions are installed on the outer side of the grinding plate base, and a position limiting groove that engages with the position limiting protrusions is installed on the inner wall of the coffee bean grinding container, and one end of any one of the position limiting grooves extends to a surface adjacent to the raw material input container of the coffee bean grinding container to form an assembly.

[0009] Here, an assembly ring is installed at one end of the coffee bean grinder adjacent to the raw material input container, and the outer ring wall of the assembly ring is a threaded portion for screw connection with the raw material input container; and the position limiting groove is located on the inner wall of the assembly ring.

[0010] Here, a lower grinding plate and a grinding plate support are installed inside the grinding plate base, sequentially connected coaxially, and the lower grinding plate, the grinding plate support, and the grinding plate base are driven according to the control of a drive motor to form a flat grinding plate type module.

[0011] Here, a grinding tooth is installed on the inner frame wall of the grinding plate base, and further includes a powder remover and a conical grinding head sequentially and coaxially connected within the frame formed by the grinding plate base; the powder remover, the conical grinding head, and the grinding plate base are driven according to the control of a drive motor to form a conical grinding plate module.

[0012] Here, the cross-sectional area of ​​the coffee bean grinder is larger than the cross-sectional area of ​​the raw material input container, and a portion corresponding to the increased area forms a stepped structure; further including a locking ring, wherein the locking ring is movably fitted onto the raw material input container and is also detachably connected to the opening of the base; and when assembled, the locking ring presses the stepped structure so that the base, the coffee bean grinder, the raw material input container, and the locking ring are all in a stationary state.

[0013] Here, a first gap is formed between the opening and the coffee bean grinder to expose the step structure, and the inner wall of the opening formed by the base has an internal thread formed at a position corresponding to the first gap; a contact ring is installed on one surface of the locking ring adjacent to the base, and an external thread that engages with the internal thread is installed on the outer side of the contact ring; and when assembled, the contact ring pushes up the step structure. Effects of the invention

[0014] The beneficial effects of the present utility model include, compared to the prior art, that the coffee grinder provided by the present utility model, which combines a conical grinding plate and a flat grinding plate, comprises a base and a coffee bean grinding assembly; a drive motor and an assembly chamber are installed inside the base, and an opening connected to the assembly chamber is installed on the outer wall of the base; the coffee bean grinding assembly is housed within the assembly chamber; a grinding plate base is installed inside the coffee bean grinding assembly so as to be detachably connected, and various types of grinding plate mechanisms can be assembled on the grinding plate base; the grinding plate mechanism rotates according to the rotation of the drive motor; and since various types of grinding plate mechanisms can be assembled and used through the grinding plate base, it satisfies the user's requirement to grind coffee beans of various brands and types; and the grinding plate base is detachable from the coffee bean grinding assembly, making cleaning and maintenance easy. Brief explanation of the drawing

[0015] FIG. 1 is a three-dimensional view of the present utility model. FIG. 2 is an exploded view of the present utility model. Figure 3 is a structural diagram of the coffee bean grinder of the present utility model. FIG. 4 is a structural diagram of the locking ring of the present utility model. Fig. 5 is an aerial view of the present utility model. FIG. 6 is an exploded view of the planar crushing plate type module of the present utility model. FIG. 7 is an exploded view of the conical crushing plate type module of the present utility model. Specific details for implementing the invention

[0016] The present application provides a coffee grinder that combines a conical grinding plate and a flat grinding plate. Referring to FIGS. 1 to 7, the grinder includes a base and a coffee bean grinding assembly. A drive motor and an assembly chamber are installed inside the base, and an opening connected to the assembly chamber is installed on the outer wall of the base. The coffee bean grinding assembly is housed within the assembly chamber. A grinding plate base is installed inside the coffee bean grinding assembly and can be detachably connected to the grinding plate base. Various types of grinding plate mechanisms can be assembled on the grinding plate base. The grinding plate mechanism rotates according to the rotation of the drive motor. Various types of grinding plate mechanisms can be assembled and used through the grinding plate base, thereby satisfying the user's requirement to grind coffee beans of various brands and types. The grinding plate base is detachable from the coffee bean grinding assembly, making cleaning and maintenance easy.

[0017] In this embodiment, the coffee bean grinding assembly (2) is composed of a detachably connected coffee bean grinding container (22) and a raw material input container (23), and the interiors of the coffee bean grinding container (22) and the raw material input container (23) jointly form a coffee bean supply passage. In a specific assembly method for the dry grinding plate mechanism and the coffee bean grinding container (22), a plurality of position limiting protrusions (221) are installed on the outer side of the grinding plate of the grinding plate mechanism, and a position limiting groove (222) that engages with the position limiting protrusions (221) is installed on the inner wall of the coffee bean grinding container (22). One end of one position limiting groove (222) extends to the side adjacent to the raw material input container (23) of the coffee bean grinding container to form an assembly portion. By engaging the plurality of position limiting protrusions (221) and the position limiting groove with each other, proper coupling between the grinding plate mechanism and the drive motor is ensured, thereby allowing for the application of a wider variety of grinding plates. The grinding plate mechanism can also be assembled in a detachable form through the position limiting projection (221) and the position limiting groove, further increasing the flexibility of disassembly and allowing the user to perform partial cleaning more easily.

[0018] In this embodiment, an assembly ring (223) is installed at one end adjacent to the raw material input container (23) of the coffee bean grinder (22), and the outer ring wall of the assembly ring (223) is a screw portion for screw connection with the raw material input container (23). A position limiting groove (222) is located on the inner wall of the assembly ring (223). A detachable assembly of the coffee bean grinder (22) and the raw material input container (23) is realized through the screw portion of the assembly ring (223), and by placing the position limiting groove (222) on the inner wall, it is advantageous to increase the tightness of the structure and reduce the product volume.

[0019] In a specific grinding plate configuration, a lower grinding plate (A2) and a grinding plate support (A1) are installed within the grinding plate base and sequentially connected coaxially. The lower grinding plate (A2), the grinding plate support (A2), and the grinding plate base are driven under the control of a drive motor to form a flat grinding plate type module (A). Alternatively, a grinding tooth (B1) is installed on the inner frame wall of the grinding plate base, and a powder remover (B3) and a conical grinding head (B2) are further included and sequentially connected coaxially within the frame formed by the grinding plate base. The powder remover (B3), the conical grinding head (B2), and the grinding plate base are driven under the control of a drive motor to form a conical grinding plate type module (B). Through the above method, the coffee bean grinding container can be assembled to accommodate different types of grinding plates, and the user can obtain ground materials of different particle sizes depending on the type of coffee beans or personal preference.

[0020] In this embodiment, the cross-sectional area of ​​the coffee bean grinder (22) is larger than the cross-sectional area of ​​the raw material input container (23), and the portion corresponding to the increased area forms a stepped structure. A locking ring is further included, which is movably placed over the raw material input container and is also detachably connected to the opening of the base. When assembled, the locking ring presses the stepped structure, causing the base, coffee bean grinder, raw material input container, and locking ring to all be in a stationary state. Since the modularly designed base (1) and coffee bean grinder assembly (2) can be quickly assembled and disassembled through the locking ring (3), in the assembled state, the locking ring (3) compresses and fixes the stepped structure (21), thereby achieving stable assembly of the base (1) and the coffee bean grinder assembly (2) and maintaining a relative stationary state, allowing the coffee bean grinding operation to be performed more smoothly. In the disassembled state, the coffee bean grinder assembly (2) and the base (1) are separated from each other, allowing the user to easily perform cleaning and maintenance.

[0021] In a more preferable configuration, a first gap (4) is formed between the opening and the coffee bean grinder (22) to expose a step structure, and the inner wall of the opening formed by the base (1) has an internal thread formed at a position corresponding to the first gap (4). A contact ring is installed on one side adjacent to the base of the locking ring, and an external thread that engages with the internal thread is installed on the outer side of the contact ring. When assembled, the contact ring pushes up the step structure.

[0022] In a specific design, a first gap (4) is formed to expose a step structure (21) between the opening and the coffee bean grinder (22), and an internal thread is formed on the inner wall of the opening formed by the base (1) at a position corresponding to the first gap (4). A contact ring (31) is installed on one side adjacent to the base (1) of the locking ring (3), and an external thread that engages with the internal thread is installed on the outer side of the contact ring (31). The user can disassemble and separate the coffee bean grinding assembly (2) and the base (1) simply by rotating the contact ring (31) during use. Specifically, for example, during the entire assembly process, the coffee bean grinding container (22) is first placed inside the assembly wall of the base (1) through the opening to complete the initial storage. Then, the locking ring (3) is placed over the exposed end of the assembly chamber of the raw material input container and slid to the first cross-section of the base (1) so that the contact ring (31) is positioned in the first gap (4). Then, the external threads and internal threads of the contact ring (31) are rotated to interlock and gradually tightened, causing the contact ring (31) to gradually fill the space formed by the first gap (4). Once fully assembled, the contact ring (31) compresses the step structure (21), so that the base (1), the locking ring (3), and the coffee bean grinding assembly (2) all remain in a stationary state, and the user can perform the grinding operation. When disassembling, the locking ring (3) is rotated in the opposite direction while the base (1) is fixed so that the contact ring (31) gradually releases contact with the step structure (21), and when the contact ring (31) is completely removed from the first gap (4), the coffee bean grinding assembly (2), the base (1), and the locking ring (3) are separated from each other, allowing the user to easily perform partial cleaning.

[0023] The advantages of this utility model are as follows.

[0024] 1) The coffee bean grinder can be assembled to use different types of grinders through the grinder base, and the user can obtain grounds of different particle sizes depending on the type of coffee beans or personal preference.

[0025] 2) Multiple groups of position limiting protrusions and position limiting grooves interlock to ensure proper coupling between the grinding plate mechanism and the drive motor, thereby allowing for the application of a wider variety of grinding plate shapes. The grinding plate mechanism can also be assembled in a detachable form through the position limiting protrusions and position limiting grooves, further increasing the flexibility of disassembly and enabling the user to perform partial cleaning more easily. Explanation of the symbols

[0026] 1. Base; 2. Coffee bean grinding assembly; 21. Step structure; 22. Coffee bean grinding container; 221. Position limiting projection; 222. Position limiting groove; 223. Assembly ring; 23. Raw material input container; 3. Locking ring; 31. Contact ring; 4. First gap; A. Flat grinding plate type module; A1. Grinding plate support; A2. Lower grinding plate; B. Conical grinding plate type module; B1. Grinding teeth; B2. Conical grinding head; B3. Powder remover.

Claims

Claim 1 A coffee grinder that combines a conical grinding plate and a flat grinding plate, characterized in that the base has a drive motor and an assembly chamber installed inside, and an opening formed in the outer wall that connects to the assembly chamber; a grinding plate mechanism of different shapes is assembled on a grinding plate base that is housed in the assembly chamber and detachably connected inside; and the grinding plate mechanism includes a coffee bean grinding assembly that rotates according to the rotation of the drive motor. Claim 2 A coffee grinder that combines a conical grinding plate and a flat grinding plate, characterized in that, in claim 1, the coffee bean grinding assembly comprises a coffee bean grinding container and a raw material input container that are detachably connected, and the interiors of the coffee bean grinding container and the raw material input container jointly form a coffee bean supply passage; a plurality of groups of position limiting protrusions are installed on the outer side of the grinding plate base, and a position limiting groove that engages with the position limiting protrusions is installed on the inner wall of the coffee bean grinding container, and one end of any one of the position limiting grooves extends to a surface adjacent to the raw material input container of the coffee bean grinding container to form an assembly portion. Claim 3 A coffee grinder that combines a conical grinding plate and a flat grinding plate, characterized in that, in paragraph 2, an assembly ring is installed at one end of the coffee bean grinding container adjacent to the raw material input container, and the outer ring wall of the assembly ring is a threaded portion for screw connection with the raw material input container; and the position limiting groove is located on the inner wall of the assembly ring. Claim 4 A coffee grinder that combines a conical grinding plate and a flat grinding plate, characterized in that, in claim 1, a lower grinding plate and a grinding plate support are installed inside the grinding plate base in a sequentially coaxially connected manner, and the lower grinding plate, the grinding plate support, and the grinding plate base are driven according to the control of a driving motor to form a flat grinding plate type module. Claim 5 A coffee grinder that combines a conical grinding plate and a flat grinding plate, characterized in that, in claim 1, a grinding tooth is installed on the inner frame wall of the grinding plate base, and further includes a powder remover and a conical grinding head sequentially and coaxially connected within the frame formed by the grinding plate base; wherein the powder remover, the conical grinding head, and the grinding plate base are driven according to the control of a driving motor to form a conical grinding plate module. Claim 6 A coffee grinder combining a conical grinding plate and a flat grinding plate, characterized in that, in paragraph 2, the cross-sectional area of ​​the coffee bean grinding container is larger than the cross-sectional area of ​​the raw material input container, and a portion corresponding to the increased area forms a stepped structure; further comprising a locking ring, wherein the locking ring is movably fitted onto the raw material input container and is also detachably connected to the opening of the base; and, upon assembly, the locking ring presses the stepped structure so that the base, the coffee bean grinding container, the raw material input container, and the locking ring are all in a stationary state. Claim 7 A coffee grinder that combines a conical grinding plate and a flat grinding plate, characterized in that, in claim 6, a first gap is formed between the opening and the coffee bean grinding container to expose the step structure, and the inner wall of the opening formed by the base has an internal thread formed at a position corresponding to the first gap; a contact ring is installed on one surface of the locking ring adjacent to the base, and an external thread that engages with the internal thread is installed on the outer side of the contact ring; and when assembled, the contact ring pushes up the step structure.

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