Powder pressing, brewing and brewing mechanism of brewing device of coffee machine

Abstract

The utility model relates to a powder pressing brewing and brewing mechanism of a coffee machine brewing device, and aims to solve the technical problems that a powder pressing push rod in a brewing head of an existing similar product does not adopt a claw structure before being used so that the brewing head can achieve alignment sealing on a brewing barrel, and the powder pressing push rod does not adopt the combined design of a screw rod and a push head. The key points are as follows: one end of a push head at a brewing head assembly of the mechanism is connected with one end of a screw in a sleeve body through a pin to form a powder pressing push rod, the other end of the screw extends out of the sleeve body to be connected with a shaft sleeve of a motor gear assembly, lock hooks are symmetrically arranged on two sides of the outer diameter of the sleeve body, and the middle parts of the lock hooks are respectively fixed on two sides of the sleeve through swing shafts and are respectively provided with torsion springs; when a barrel body in a shell of the brewing seat assembly is aligned with a push head of the brewing head assembly, the sleeve body drives the lock hook to move towards the brewing seat assembly until the lock hook and a buckle rib of the barrel body are buckled, sealed and locked, meanwhile, the motor gear assembly and the screw push the push head of the brewing head assembly to press downwards and be sleeved with the barrel body in a sealed mode, and the lock hook triggers the corresponding microswitch.

Description

Technical Field

[0001] The utility model relates to a brewer of a coffee machine, which is a powder pressing, brewing and infusion mechanism of the brewer of the coffee machine. Background Art

[0002] A coffee machine is a household appliance or commercial appliance that automatically makes coffee, integrating the entire process of grinding, pressing, filling, brewing, and removing residues. The core component of some existing fully automatic coffee machines is a brewer, which is used for receiving powder, pressing, brewing, brewing, and removing residues. It generally consists of two parts: a brewing barrel assembly and a brewing head assembly. The powder pressing and brewing mechanism is arranged on the brewing head assembly. When the brewing barrel assembly is located on one side, powder is received. When the barrel body of the brewing barrel assembly rotates to the side of the brewing set assembly, after pressing, brewing, brewing, and removing residues, the barrel body of the brewing barrel assembly returns to the powder receiving side to wait for the next powder receiving. As disclosed in the Chinese patent literature, application number 202020831309.6, authorization announcement date 2021.04.23, and utility model name "A brewing system for a coffee machine"; however, the powder pressing rods in the above-mentioned products and similar products rarely adopt a structural design of a combination of a screw and a pusher head, and the powder pressing rods in the brewing head rarely use a hook structure before use to enable the brewing head to achieve a positional seal against the brewing barrel. Summary of the invention

[0003] In order to overcome the above shortcomings, the purpose of the utility model is to provide a coffee machine brewing device for brewing powder, which can solve the technical problems that the powder pressing rod in the brewing head of the existing similar products rarely adopts a claw structure before use to make the brewing head and the brewing barrel realize alignment and sealing, and the powder pressing rod rarely adopts a screw and a pusher head combination structure design. The purpose is achieved through the following technical solutions.

[0004] A coffee machine brewer press powder brewing and infusion mechanism, the mechanism comprises a brewing seat assembly and a brewing head assembly, the top of the housing of the brewing seat assembly is symmetrically provided with a powder receiving port and a brewing port on both sides, the housing of the brewing seat assembly is provided with a barrel body that rotates through a barrel seat, the bottom of the barrel body is provided with a slag discharge push rod that moves up and down, the slag discharge push rod is driven to move up and down by a push rod motor on one side of the housing outer diameter of the brewing seat assembly, or the slag discharge push rod drives the barrel seat to rotate through a barrel rotating motor on one side of the housing outer diameter of the brewing seat assembly to move the slag discharge push rod up and down; when the barrel body in the housing of the brewing seat assembly rotates to the brewing port on one side of the brewing head assembly, the housing of the brewing seat assembly The barrel body in the body is aligned with the push head of the brewing head assembly, and the push head of the brewing head assembly is pressed down and inserted into the barrel body of the brewing seat assembly. An open dregs pouring channel is provided in the shell of the brewing seat assembly on one side of the brewing head assembly; when the barrel body in the shell of the brewing seat assembly is rotated to be aligned with the push head of the brewing head assembly, the push head of the brewing head assembly is pressed down and inserted into the barrel body, while the dregs discharge push rod in the barrel body moves upward to compact the coffee powder in the barrel body to make coffee cakes, and hot water in the barrel body enters to extract and brew the coffee cakes. After the extraction and brewing is completed, the dregs discharge push rod continues to move upward and pushes out the coffee dregs cake when the push head is reset, and the coffee dregs cake falls out of the dregs pouring channel of the shell. The key point of its structural design is that one end of the push head of the brewing head assembly is connected with one end of the screw in the sleeve through a pin to form a powder pressing push rod, and the other end of the screw extends out of the sleeve and is connected with the shaft sleeve of the motor gear assembly. Lock hooks are symmetrically provided on both sides of the outer diameter of the sleeve, and the middle of the lock hook is fixed to the two sides of the sleeve through a swing shaft respectively. Torsion springs are respectively provided at the swing shafts of the lock hooks. One end of the lock hook extends out of one side of the brewing seat assembly of the sleeve, and raised buckle ribs are symmetrically provided on both sides of the outer diameter of the barrel mouth at the barrel body in the shell corresponding to the lock hook; when the barrel body in the shell of the brewing seat assembly is aligned with the push head of the brewing head assembly, the sleeve drives the lock hook to move toward the brewing seat assembly until the lock hook and the buckle rib of the barrel body are buckled and sealed, and at the same time, the motor gear assembly and the screw push the push head of the brewing head assembly down and press the sealing sleeve into the barrel body. Furthermore, when the lock hook and the buckle rib of the barrel body are buckled and sealed, the lock hook touches the corresponding micro switch, which is arranged in the brewing seat assembly or the body; or when the lock hook and the buckle rib of the barrel body fall off and reset, the lock hook touches the corresponding micro switch, which is arranged in the sleeve body or the body; or when the screw moves to one end, the corresponding micro switch is triggered, which is arranged in the brewing seat assembly or the body; a sealing ring is provided at the outer diameter of the push head of the above-mentioned brewing head assembly, or the end face of the sleeve body is sealed against the barrel mouth of the barrel body of the brewing seat assembly.

[0005] The end surface of the other end of the push head is provided with a filter core net, and a liquid outlet hole is provided or symmetrically arranged in the push head on one side of the end surface, and a pipe connection groove is provided on one side of the push head at the liquid outlet hole, and the opening of the pipe connection groove corresponds to the external connection hole on one side of the sleeve body, and the hose is connected to the liquid outlet hole of the push head through the external connection hole of the sleeve body and the pipe connection groove of the push head, and the screw is connected to the push head through the pin in the pipe connection groove. The above structure facilitates the pipeline connection and installation of the liquid outlet hole, and the two liquid outlet holes are convenient for respectively meeting the drip filter method of American coffee and the high-pressure steam method of Italian coffee.

[0006] The other ends of the lock hooks are bent toward the sleeve body and raised in an arc shape, and the corresponding two sides of the sleeve body are respectively provided with open positioning grooves, and the outer diameter of the sleeve body on both sides of the lock hooks is symmetrically provided with side plates; when the push head is retracted into the sleeve body, the arc-shaped arch of the lock hook is buckled into the positioning groove of the sleeve body. The above structure further facilitates the lock hook to open when pushed out and to close when retracted.

[0007] The outer diameter of the sleeve body is provided with a head cover assembly, a screw sleeve is provided in the shell of the head cover assembly, the screw sleeve is connected to the sleeve body as a whole, the outer thread of the thread outer diameter is provided with a gear, the gear ring of the gear outer diameter extends out of the shell, and the gear ring on one side of the gear is meshed with the transmission gear of the transmission motor. The above structure facilitates fine adjustment of the position of the brewing head assembly moving up and down through the head cover assembly.

[0008] The head cover assembly is connected to the brewing seat assembly as a whole, or the head cover assembly and the brewing head assembly are integrally arranged in a groove opened on one side of the machine body. The above structure facilitates the brewing head assembly to be installed in the machine body through the head cover assembly, or the head cover assembly, the brewing head assembly, and the brewing seat assembly are integrally installed in the machine body.

[0009] The gear motor of the motor gear assembly is vertically arranged on one side of the outer diameter of the casing, and the motor shaft of the gear motor is meshed and connected with the screw through the inner thread of the center hole of the output gear of the gear assembly, or is meshed and connected with the screw through the outer thread of the output gear of the gear assembly. The above structure reduces the space occupied by the gear motor, and the transmission force of the gear assembly reduces the power and size of the gear motor.

[0010] A barrel cover assembly is provided above one side of the powder receiving port on the top of the housing of the brewing seat assembly, the cover hole of the barrel cover assembly is aligned with the powder receiving port, a powder scraping plate with a U-shaped opening is provided inside the barrel cover assembly, and a powder scraping shaft is provided at the open end of the powder scraping plate. A torsion spring for resetting can also be provided at the powder scraping shaft of the barrel cover assembly, and the barrel cover assembly and the barrel body of the brewing seat assembly are combined together to increase the capacity of coffee powder.

[0011] The outer diameter of one side of the opening of the residue discharge channel of the housing of the brewing seat assembly is provided with a residue discharge plate which is inclined downward. The above structure facilitates the discharge of coffee residues, and the residues are directly pushed out by the residue discharge push rod in the barrel body, or the barrel body continues to rotate outward and then pushed out by the residue discharge push rod to achieve the discharge.

[0012] The outer diameter side of the housing of the brewing seat assembly is provided with a loading and unloading button, and the brewing seat assembly is buckled and fixed in a groove opened on one side of the machine body through the loading and unloading button. The above structure facilitates the loading and unloading and cleaning of the brewing seat assembly and the corresponding integrated parts.

[0013] The bottom corner of the slag pouring channel opening of the barrel of the brewing seat assembly is provided with a water inlet hole, which is connected to a pipe connection hole with a raised outer diameter on one side of the shell through a hose. The above structure facilitates the connection of the hose, and further facilitates the rapid connection of the pipe when the brewing seat assembly and the corresponding integrated components are loaded and unloaded.

[0014] The barrel body of the brewing seat assembly is symmetrically provided with raised limiting columns on both sides below the buckle ribs; when the lock hook is buckled and sealed with the buckle ribs of the barrel body, the barrel body continues to be lifted and extended through the rotation of the barrel seat, and the limiting columns of the barrel body are offset and limited to the brewing port at the top of the shell.

[0015] The utility model has reasonable structural design, is easy to produce, disassemble and clean, and is convenient to connect water channels. In particular, the positioning and sealing effect of the pressed powder push rod in the brewing head is good. The utility model is suitable for use as a pressed powder brewing and infusing mechanism of a coffee machine brewer, and is a further improvement of similar products. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] Figure 1 It is a partial exploded structural schematic diagram of an embodiment of the utility model, in which the rotary barrel motor and the push rod motor are omitted.

[0017] Figure 2 yes Figure 1 Schematic diagram of the three-dimensional structure after assembly, in which the dotted line is the external structure of the brewing head assembly.

[0018] Figure 3 yes Figure 2 Schematic diagram of the cross-sectional structure.

[0019] Figure 4 yes Figure 2 Schematic diagram of the structure of the pressed powder state, in which the dotted lines are part of the external structure of the brewing seat assembly and the brewing head assembly.

[0020] Figure 5 yes Figure 4 A partial cross-sectional structural schematic diagram, in which AA section is made.

[0021] Figure 6 yes Figure 5 AA cross-sectional structure schematic diagram, in which a partial cross-section is made, and some dotted lines represent the powder pressing state of the push head.

[0022] Figure 7 It is a schematic cross-sectional structural diagram of a part of the improved version of the utility model, in which a head cover assembly is added to the brewing head assembly.

[0023] Figure 8 It is a schematic cross-sectional structure diagram of the improved second use state of the utility model.

[0024] Serial number and name of the accompanying drawings: 1. Brewing seat assembly, 101. Shell, 1011. Pipe connection hole, 102. Barrel body, 1021. Bucket rib, 1022. Water inlet hole, 1023. Limiting column, 103. Slag discharge push rod, 104. Barrel seat, 105. Slag pouring plate, 2. Barrel cover assembly, 201. Powder scraper plate, 202. Powder scraper shaft, 3. Sealing ring, 4. Push head, 401. Liquid outlet hole, 5. Screw, 6. Sleeve, 601. Positioning groove, 7. Lock hook, 8. Side plate, 9. Motor gear assembly, 901. Gear motor, 10. Head cover assembly, 1001. Shell, 1002. Screw sleeve, 1003. Gear. Implementation

[0025] Now, in conjunction with the accompanying drawings, the structure and use of the utility model are further described. Figure 1-Figure 6 As shown, the mechanism includes a brewing seat assembly 1 and a brewing head assembly. The top of the housing 101 of the brewing seat assembly is symmetrically provided with a powder receiving port and a brewing port on both sides. A barrel body 102 that rotates through a barrel seat 104 is provided inside the housing of the brewing seat assembly. A slag discharge push rod 103 that moves up and down is provided at the bottom of the barrel body. The slag discharge push rod is driven to move up and down by a push rod motor on one side of the outer diameter of the housing of the brewing seat assembly, or the slag discharge push rod drives the barrel seat to rotate through a barrel rotating motor on one side of the outer diameter of the housing of the brewing seat assembly to move the slag discharge push rod up and down; one end of the push head 4 of the brewing head assembly is connected to one end of the screw 5 in the sleeve body 6 through a pin to form a powder pressing push rod, and the other end of the screw The end extends out of the sleeve and is connected with the shaft sleeve of the motor gear assembly 9. Lock hooks 7 are symmetrically provided on both sides of the outer diameter of the sleeve. The middle of the lock hook is fixed to the two sides of the sleeve through a swing shaft respectively. Torsion springs are respectively provided at the swing shafts of the lock hook. One end of the lock hook extends out of one side of the brewing seat assembly of the sleeve. Raised snap ribs 1021 are symmetrically provided on the outer diameters of both sides of the barrel mouth at the barrel body in the shell corresponding to the lock hook. When the barrel body in the shell of the brewing seat assembly is aligned with the push head of the brewing head assembly, the sleeve drives the lock hook to move toward the brewing seat assembly until the lock hook is buckled with the snap ribs of the barrel body to seal and lock, and at the same time, the motor gear assembly and the screw push the push head of the brewing head assembly down and press the sealing sleeve into the barrel body.

[0026] The end face of the other end of the push head is provided with a filter core net, and a liquid outlet hole 401 is provided or symmetrically arranged in the push head on one side of the end face, and a pipe connection groove is provided on one side of the push head at the liquid outlet hole, and the opening of the pipe connection groove corresponds to the external connection hole on one side of the sleeve body. The hose is connected to the liquid outlet of the push head through the external connection hole of the sleeve body and the pipe connection groove of the push head, and the screw is connected to the push head through the pin in the pipe connection groove. The other ends of the lock hooks are respectively bent toward the sleeve body and arched in an arc shape, and the corresponding two sides of the sleeve body are respectively provided with open positioning grooves 601, and the outer diameter of the sleeve body on both sides of the lock hook is symmetrically provided with side plates 8; when the push head is retracted into the sleeve body, the arc-shaped arch of the lock hook is buckled into the positioning groove of the sleeve body. The above barrel body, lock hook, screw, sleeve body or push head are correspondingly provided with micro switches, and real-time monitoring is performed when the barrel body, lock hook, screw, sleeve body or push head reaches the powder pressing or corresponding position.

[0027] The gear motor 901 of the motor gear assembly is vertically arranged on one side of the outer diameter of the casing, and the motor shaft of the gear motor is meshed and connected with the screw through the inner thread of the center hole of the output gear of the gear assembly, or is meshed and connected with the screw through the outer thread of the output gear of the gear assembly. A barrel cover assembly 2 is provided above one side of the powder receiving port on the top of the housing of the brewing seat assembly, and the cover hole of the barrel cover assembly is aligned with the powder receiving port. A powder scraper plate 201 with a U-shaped opening is provided in the barrel cover assembly, and a powder scraper shaft 202 is provided at the open end of the powder scraper plate. A downwardly inclined convex slag pouring plate 105 is provided on the outer diameter of the opening side of the slag pouring channel of the housing of the brewing seat assembly; a loading and unloading button is provided on the outer diameter side of the housing of the brewing seat assembly, and the brewing seat assembly is fixed in the groove of the opening on one side of the body through the loading and unloading button. A water inlet hole 1022 is provided at the bottom end corner of the opening side of the slag pouring channel of the barrel body of the brewing seat assembly, and the water inlet hole is connected to the convex pipe hole 1011 on the outer diameter of one side of the housing through a hose.

[0028] like Figure 7 As shown, the outer diameter of the sleeve body is provided with a head cover assembly 10, a screw sleeve 1002 is provided in the shell 1001 of the head cover assembly, the screw sleeve is connected to the sleeve body as a whole, the outer thread of the thread outer diameter is provided with a gear 1003, the gear ring of the outer diameter of the gear extends out of the shell, and the gear ring on one side of the gear is meshed with the transmission gear of the transmission motor. The head cover assembly is connected to the brewing seat assembly as a whole, or the head cover assembly and the brewing head assembly are integrally arranged in a groove opened on one side of the body.

[0029] The specific operations of the powder receiving state, powder pressing brewing state and slag discharge state of the mechanism are as follows: in the powder receiving state, the rotary barrel motor drives the barrel body of the brewing seat assembly back to the origin after being powered on, and the barrel mouth of the barrel body is vertically aligned with the powder receiving port of the shell; at the same time, the push rod motor or the rotary barrel motor drives the slag discharge push rod of the brewing seat assembly back to the origin after being powered on, so that an open-type cavity is generated in the barrel body, waiting for powder receiving, and the powder receiving action is completed at this time. In the powder pressing brewing state, the rotary barrel motor drives the barrel body of the brewing seat assembly to the side of the brewing head assembly under power on, and the barrel mouth of the barrel body is vertically aligned with the brewing port of the shell, and the gear motor drives the screw rod to move downward to drive the sleeve body to move the lock hook toward the brewing seat assembly until the lock hook and the buckle rib of the barrel body are locked and sealed, and the end face of the sleeve body is sealed against the barrel mouth of the barrel body of the brewing seat assembly, and the push head is pressed into the barrel body, and the slag discharge push rod of the brewing seat assembly moves upward, and the coffee powder in the barrel body is made into a powder cake; then, wait for the hot water from the boiler of the coffee machine to extract and brew coffee. In the slag discharge state, the rotary barrel motor drives the barrel body of the brewing seat assembly, and the gear motor drives the screw, push head, and sleeve body to reset. At the same time, the locking hook and the clamping rib at the barrel body of the brewing seat assembly fall off. After power is turned on, the push rod motor drives the slag discharge push rod of the brewing seat assembly to push the coffee slag cake out of the barrel body. The coffee slag cake falls out of the shell through the slag pouring plate, completing the slag discharge action. The above structure or the push rod motor is omitted, and the slag discharge push rod of the brewing seat assembly is driven by the rotary barrel motor to move up and down, and realize powder pressing and slag discharge.

[0030] like Figure 8 As shown, the barrel body of the brewing seat assembly is symmetrically provided with raised limit posts 1023 on both sides below the buckle ribs; when the lock hook is buckled and sealed with the buckle ribs of the barrel body, the barrel body is extended through the barrel seat (rotation continues), and the limit posts of the barrel body are abutted and limited to the brewing port at the top of the shell. In the powder receiving state, after the motor is powered on, the brewing cavity of the barrel body rotates through the gears and the barrel seat, and returns to the powder pressing state to wait for powder receiving, and the powder receiving action is completed at this time. In the powder pressing brewing state, after the motor is powered on, it rotates through the gears and the barrel seat to turn the brewing cavity of the barrel body to the upper piston (push head) position, and then the motor at the upper piston drives the screw and the push head to push the upper piston downward, and the push rod at the barrel seat drives the lower piston (slag discharge push rod) in the barrel body to move upward, and the coffee powder in the brewing cavity in the barrel body is brewed into a powder cake. Finally, wait for the hot water from the boiler to extract and brew coffee, and the powder pressing brewing action is completed at this time.

[0031] In summary, the brewer in the traditional coffee machine can only use 14g of coffee powder at most due to structural reasons, and the brewing chamber diameter is within 46mm, and it cannot withstand 10bar water pressure, resulting in low coffee quality; this mechanism uses 18-22g of coffee powder, a brewing chamber larger than 52mm, and a brewing pressure of 9-13bar to brew standard Italian coffee, which effectively solves the above problems. The large-capacity powder chamber in the barrel of this mechanism is not easily damaged under the pressure of the screw and the push head, and the use of a locking hook structure allows it to better withstand pressure during work.

Claims

1. A coffee machine brewer pressed powder brewing and infusion mechanism, the mechanism comprising a brewing seat assembly (1) and a brewing head assembly, the top of the housing (101) of the brewing seat assembly being symmetrically provided with a powder receiving port and a brewing port on both sides, the housing of the brewing seat assembly being provided with a barrel body (102) which rotates through a barrel seat (104), the bottom of the barrel body being provided with a slag discharge push rod (103) which moves up and down, the slag discharge push rod being driven up and down by a push rod motor on one side of the housing outer diameter of the brewing seat assembly, or the slag discharge push rod being driven up and down by a barrel rotating motor on one side of the housing outer diameter of the brewing seat assembly to rotate the barrel seat; when the barrel body in the housing of the brewing seat assembly rotates to the brewing port on one side of the brewing head assembly, the barrel body in the housing of the brewing seat assembly is aligned with a push head (4) of the brewing head assembly, the push head of the brewing head assembly is pressed down and inserted into the barrel body of the brewing seat assembly, and an open slag discharge channel is provided at the housing of the brewing seat assembly on one side of the brewing head assembly; characterized in that One end of the pusher head (4) of the brewing head assembly is connected to one end of the screw (5) in the sleeve (6) through a pin to form a powder pressing pusher, and the other end of the screw extends out of the sleeve and is connected to the shaft sleeve of the motor gear assembly (9). Lock hooks (7) are symmetrically provided on both sides of the outer diameter of the sleeve, and the middle of the lock hook is fixed to both sides of the sleeve through a swing shaft respectively. Torsion springs are respectively provided at the swing shafts of the lock hooks. One end of the lock hook extends out of one side of the brewing seat assembly (1) of the sleeve, and raised buckle ribs (1021) are symmetrically provided on both sides of the outer diameter of the barrel mouth of the barrel body (102) in the shell (101) corresponding to the lock hook; when the barrel body in the shell of the brewing seat assembly is aligned with the pusher head of the brewing head assembly, the sleeve drives the lock hook to move toward the brewing seat assembly until the lock hook and the buckle rib of the barrel body are buckled and sealed, and at the same time, the motor gear assembly and the screw push the pusher head of the brewing head assembly downward to press the sealing sleeve into the barrel body, or the end surface of the sleeve body is abutted against the barrel mouth of the barrel body of the brewing seat assembly for sealing.

2. The coffee machine brewer pressed powder brewing and brewing mechanism according to claim 1, characterized in that The end surface of the other end of the push head (4) is provided with a filter core net, a liquid outlet hole (401) is provided in the push head on one side of the end surface or is symmetrically arranged, a pipe connection groove is provided at an opening on one side of the push head at the liquid outlet hole, the opening of the pipe connection groove corresponds to the external connection hole on one side of the sleeve (6), the hose is connected to the liquid outlet hole of the push head through the external connection hole of the sleeve and the pipe connection groove of the push head, and the screw (5) is connected to the push head through a pin in the pipe connection groove.

3. The coffee machine brewer pressed powder brewing and brewing mechanism according to claim 1, characterized in that The other ends of the locking hooks (7) are bent toward the sleeve (6) to form an arc-shaped arch, and correspondingly, two sides of the sleeve are provided with open positioning grooves (601), and the outer diameter of the sleeve on both sides of the locking hooks is symmetrically provided with side plates (8); when the push head (4) is retracted into the sleeve, the arc-shaped arch of the locking hook is buckled into the positioning groove of the sleeve.

4. The coffee machine brewer pressed powder brewing and brewing mechanism according to claim 1, characterized in that The outer diameter of the sleeve body (6) is provided with a head cover assembly (10), a screw sleeve (1002) is provided in the outer shell (1001) of the head cover assembly, the screw sleeve and the sleeve body are connected as a whole, the outer thread of the thread outer diameter is provided with a gear (1003), the gear ring of the gear outer diameter extends out of the housing, and the gear ring on one side of the gear is meshed with the transmission gear of the transmission motor.

5. The coffee machine brewer pressed powder brewing and brewing mechanism according to claim 4, characterized in that The head cover assembly (10) is connected to the brewing seat assembly (1) as a whole, or the head cover assembly and the brewing head assembly are arranged in a groove opened on one side of the machine body.

6. The coffee machine brewer pressed powder brewing and brewing mechanism according to claim 1, characterized in that The gear motor (901) of the motor gear assembly (9) is vertically arranged on one side of the outer diameter of the sleeve (6), and the motor shaft of the gear motor is meshed and connected with the screw rod (5) through the internal thread of the center hole of the output gear of the gear assembly, or is meshed and connected with the screw rod through the external thread of the output gear of the gear assembly.

7. The coffee machine brewer pressed powder brewing and brewing mechanism according to claim 1, characterized in that A barrel cover assembly (2) is provided above one side of a powder receiving opening at the top of the housing (101) of the brewing seat assembly (1); a cover hole of the barrel cover assembly is aligned with the powder receiving opening; a powder scraping plate (201) with a U-shaped opening is provided inside the barrel cover assembly; a powder scraping shaft (202) is provided at the open end of the powder scraping plate.

8. The coffee machine brewer pressed powder brewing and brewing mechanism according to claim 1, characterized in that A downwardly inclined convex slag pouring plate (105) is provided on the outer diameter of one side of the opening of the slag pouring channel at the shell (101) of the brewing seat assembly (1).

9. The coffee machine brewer pressed powder brewing and brewing mechanism according to claim 1, characterized in that A mounting and disassembly button is provided on one side of the outer diameter of the housing (101) of the brewing seat assembly (1), and the brewing seat assembly is fastened and fixed in a groove opened on one side of the body by means of the mounting and disassembly button.

10. The coffee machine brewer pressed powder brewing and brewing mechanism according to claim 1, characterized in that A water inlet hole (1022) is provided at the bottom corner of one side of the opening of the slag pouring channel at the barrel body (102) of the brewing seat assembly (1), and the water inlet hole is connected to a pipe connection hole (1011) with a raised outer diameter on one side of the shell (101) through a hose.

11. The coffee machine brewer pressed powder brewing and brewing mechanism according to claim 1, characterized in that Protruding limiting columns (1023) are symmetrically provided on both sides below the buckle ribs (1021) of the barrel body (102) of the brewing seat assembly (1); when the locking hook (7) is buckled and sealed with the buckle ribs of the barrel body, the barrel body is continuously lifted and extended by rotating the barrel seat (104), and the limiting columns of the barrel body are abutted against each other and are limited to the brewing opening at the top of the shell (101).

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