Raw material processing device and drinking water apparatus

Abstract

The application provides a raw material processing device and a water drinking equipment. The raw material processing device comprises a device shell, a raw material processing module and a locking module. The device shell has a raw material inlet and a device cavity in communication with the raw material inlet. A top hatch is arranged at the raw material inlet and can be opened and closed. The device cavity has a raw material containing cavity. The volume of the raw material containing cavity is adjustable. This design can meet the containing requirements of different amounts of raw materials to be processed, thereby improving the user experience. The raw material processing module is arranged in the device cavity and has a raw material processing cavity in communication with the raw material containing cavity. The raw material processing module is used for pretreating the raw material entering the raw material processing cavity. The raw material processing module has a processing outlet in communication with the raw material processing cavity, so as to realize the raw material processing operation and the discharging operation of the processed raw material. Meanwhile, the locking module is arranged between the raw material processing module and the device shell, so as to ensure the stability of the volume of the raw material containing cavity.

Claims

1. A raw material processing device, characterized in that, It includes a device housing (100), a raw material handling module (200), and a locking module (300). The device housing (100) has a raw material inlet (110) and a device cavity communicating with the raw material inlet (110). The raw material inlet (110) is provided with a top cover (140) that can be opened and closed. The device cavity has a raw material receiving cavity (220) for receiving raw materials, and the volume of the raw material receiving cavity (220) is adjustable. The raw material processing module (200) is disposed within the device cavity and located below the raw material receiving cavity (220). The raw material processing module (200) has a raw material processing cavity (210) communicating with the raw material receiving cavity (220). The raw material processing module (200) is used to pre-process the raw materials entering the raw material processing cavity (210), and the raw material processing module (200) has a processing outlet (230) communicating with the raw material processing cavity (210). The locking module (300) is disposed between the raw material processing module (200) and the device housing (100), and can switch between a locked state that restricts the volume of the raw material receiving cavity (220) and an unlocked state that releases the volume of the raw material receiving cavity (220).

2. The raw material processing apparatus according to claim 1, characterized in that, The raw material processing module (200) can move relative to the device housing (100) in a direction close to or away from the raw material inlet (110) to adjust the volume of the raw material receiving cavity (220); The locking module (300) is used to lock the raw material processing module (200) when the raw material processing module (200) moves to a preset position.

3. The raw material processing apparatus according to claim 2, characterized in that, The raw material processing module (200) is provided with a retractable member (240) with an inner cavity at one end near the raw material inlet (110). The two ends of the retractable member (240) are respectively connected to the raw material processing module (200) and the device housing (100), and the inner cavity forms the raw material receiving cavity (220). The telescopic component (240) can extend or retract as the raw material processing module (200) moves to adjust the volume of the inner cavity.

4. The raw material processing apparatus according to claim 3, characterized in that, The retractable member (240) includes a retractable pleated section (241) and non-flexible connecting sections (242) disposed at both ends of the pleated section (241). The two connecting sections (242) are respectively connected to the raw material processing module (200) and the device housing (100), and one of the two connecting sections (242) has a first opening (243) communicating with the raw material inlet (110), and the other of the two connecting sections (242) has a second opening (244) communicating with the raw material processing cavity (210); the inner cavity is located in the pleated section (241) and communicates with the first opening (243) and the second opening (244) respectively.

5. The raw material processing apparatus according to claim 3, characterized in that, The retractable component (240) is a flexible folding sleeve; And / or, the two ends of the telescopic member (240) are respectively screwed to the device housing (100) and the raw material processing module (200).

6. The raw material processing apparatus according to claim 2, characterized in that, The locking module (300) includes a first locking structure (310) disposed on the inner wall of the device housing (100) and a second locking structure (320) disposed on the outer wall of the raw material processing module (200). The first locking structure (310) can lock with the second locking structure (320) when the raw material processing module (200) moves to a preset position to restrict the movement of the raw material processing module (200).

7. The raw material processing apparatus according to claim 6, characterized in that, The first locking structure (310) includes a plurality of slots (311) spaced apart along the moving direction of the raw material processing module (200), and the second locking structure (320) includes an elastic locking module (321). The housing (100) of the device is provided with a clearance opening (120). Part of the elastic locking module (321) is exposed through the clearance opening (120). The elastic locking module (321) can move away from the slot (311) under external pressure and move out of the slot (311) to release the movement restriction on the raw material processing module (200), or move towards the slot (311) under elastic action and engage in the slot (311) to lock the raw material processing module (200).

8. The raw material processing apparatus according to claim 7, characterized in that, The elastic locking module (321) includes a lock housing (322), an elastic button (323), a lever assembly (324), and an elastic locking head (325). The lock housing (322) is disposed on the outer wall of the locking module (300) and has a sliding cavity (326) with an opening facing the first locking structure (310). The elastic button (323), the lever assembly (324) and the elastic locking head (325) are all located in the sliding cavity (326) and the lever assembly (324) is rotatably engaged with the lock housing (322). The elastic button (323) is exposed through the clearance opening (120). One end of the elastic button (323) abuts against one end of the lever assembly (324), and the other end of the lever assembly (324) abuts against the elastic locking head (325). The elastic button (323) can press the lever assembly (324) to rotate under external pressure and drive the elastic locking head (325) to move out of the slot (311). The elastic locking head (325) can be reset and locked in the slot (311) under elastic action.

9. The raw material processing apparatus according to claim 8, characterized in that, The elastic button (323) includes a pressing button (331) and a first elastic element (332). The two ends of the first elastic element (332) are respectively connected to the pressing button (331) and the lock shell (322). The pressing button (331) can be exposed through the clearance opening (120). And / or, the elastic locking head (325) includes a locking head (351) and a second elastic member (352), the two ends of the second elastic member (352) are respectively connected to the lock housing (322) and the locking head (351), and the side of the locking head (351) facing away from the second elastic member (352) is provided with a snap-fit ​​part (353) that engages with the snap-fit ​​groove (311). And / or, the sliding cavity (326) includes a sliding cavity (361) and a positioning cavity (362) that are connected to each other, the lever assembly (324) and the elastic button (323) are disposed in the sliding cavity (361), and the elastic locking head (325) is disposed in the positioning cavity (362) and is adapted to the inner contour of the positioning cavity (362); And / or, the lever assembly (324) includes at least a first lever (341) and a second lever (342) both rotatably connected to the lock housing (322). One end of the first lever (341) abuts against the elastic button (323), the other end of the first lever (341) abuts against one end of the second lever (342), and the other end of the second lever (342) abuts against the elastic locking head (325). This causes the elastic button (323) to move towards the first lever (341) under external pressure, thereby rotating the first lever (341) and causing the second lever (342) to rotate and press the elastic locking head (325) out of the slot (311). And / or, a portion of the resilient button (323) extends through the clearance opening (120) and is located outside the device housing (100).

10. The raw material processing apparatus according to claim 6, characterized in that, The outer wall of the raw material processing module (200) is provided with a slide rail (290), and the second locking structure (320) is provided inside the slide rail (290); And / or, the locking module (300) includes at least two, and the at least two locking modules (300) are disposed on opposite sides of the raw material processing module (200).

11. The raw material processing apparatus according to claim 1, characterized in that, The raw material inlet (110) is located at the top of the device housing (100); And / or, a visible area (150) is provided on the device housing (100) at a position corresponding to the raw material inlet (110). And / or, the raw material processing module (200) further includes a water inlet and a water outlet (201), the water inlet being connected to the water supply path of the drinking water equipment, and the water outlet (201) being connected to the water inlet.

12. A drinking water device, characterized in that, The device includes a complete machine (500), an ice-making device (600), and a raw material processing device as described in any one of claims 1 to 11, wherein the device housing (100) and the ice-making device (600) are both disposed in the complete machine (500), and the ice-making device (600) is used to prepare ice cubes.

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