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CN-122004266-A - Shifting lever mounting structure of wheaten food machine and wheaten food machine

CN122004266ACN 122004266 ACN122004266 ACN 122004266ACN-122004266-A

Abstract

The invention relates to the technical field of wheaten food machines, in particular to a wheaten food machine, a telescopic unlocking shaft structure for opening a cover, a wheaten food machine with the telescopic unlocking shaft structure, a gearbox structure of the wheaten food machine and a deflector rod mounting structure of the wheaten food machine. The invention discloses a deflector rod mounting structure of a wheaten food machine, which comprises a gearbox shell, a rotary output piece, a driving gear with rotary power, a stirring piece and a deflector rod connecting part, wherein the driving gear is arranged in the gearbox shell, the rotary output piece is in linear sliding connection with the driving gear and is in coaxial line with the driving gear, the stirring piece comprises a linkage end, a driving end and a deflector rod connecting part positioned between the linkage end and the driving end, the deflector rod connecting part is in rotary connection with the gearbox shell, and the driving end is in driving connection with the rotary output piece. The driving device can be preassembled into a whole on the premise that the stirring piece can drive the rotary output piece to move along the rotary axis of the rotary output piece, and is beneficial to improving the production efficiency.

Inventors

  • HE JIANBO
  • HE DONGJIAN

Assignees

  • 何剑波

Dates

Publication Date
20260512
Application Date
20260212

Claims (10)

  1. 1. The deflector rod mounting structure of the wheaten food machine comprises a gearbox shell (429), a rotary output piece (41) and a driving gear (421) with rotary power, wherein the driving gear (421) is arranged in the gearbox shell (429), and the rotary output piece (41) is in linear sliding connection with the driving gear (421) and is coaxial with the driving gear (421); The automatic transmission device is characterized by further comprising a stirring piece (43), wherein the stirring piece (43) comprises a linkage end (431), a driving end (432) and a stirring rod connecting portion (433) located between the linkage end (431) and the driving end (432), the stirring rod connecting portion (433) is rotationally connected with a gearbox shell (429), and the driving end (432) is in driving connection with a rotary output piece (41).
  2. 2. A push rod mounting structure of a pasta machine according to claim 1, characterized in that the rotary output member (41) comprises an axially movable connection (413) exposed from the gearbox housing (429), the driving end (432) being in driving connection with the axially movable connection (413).
  3. 3. The lever mounting structure of a pasta machine according to claim 2, characterized in that the axially movable connecting portion (413) is provided with a snap spring groove (481), the snap spring (48) being snapped into the snap spring groove (481) and abutting against the driving end (432).
  4. 4. A deflector rod mounting structure of a pasta machine according to claim 3, characterized in that the driving end (432) opens in a direction away from the coupling end (431) to form a shaft mounting groove (482), and the axially movable connecting portion (413) is inserted into the shaft mounting groove (482).
  5. 5. The lever mounting structure of a pasta machine according to claim 1, characterized in that the gearbox housing (429) is provided with a rotary connecting groove (442), the lever connecting portion (433) is provided with a rotary connecting rod (441), and the rotary connecting rod (441) is located in the rotary connecting groove (442).
  6. 6. The lever mounting structure of a pasta machine according to claim 5, further comprising an anti-drop member (443) provided with a limit projection (444), wherein the rotary connecting groove (442) extends in a direction parallel to a rotation axis of the rotary output member (41) to communicate with the outside, wherein the anti-drop member (443) is detachably and fixedly connected to the transmission case (429), and the limit projection (444) is inserted into the rotary connecting groove (442) and abuts against or is close to the rotary connecting rod (441).
  7. 7. The lever mounting structure of a pasta machine according to claim 5, characterized in that the gearbox housing (429) is provided with a swivel connection seat (445), and the swivel connection groove (442) is provided on the swivel connection seat (445).
  8. 8. The lever mounting structure of a pasta machine according to claim 1, further comprising a motor (49) and a transmission gear (428), wherein the transmission gear (428) is provided between the motor output (491) of the motor (49) and the drive gear (421), and wherein the rotational speed of the rotary output member (41) is smaller than the rotational speed of the motor (49).
  9. 9. The pasta machine toggle lever mounting structure of claim 8, further comprising a motor housing (499) fixedly coupled to the gearbox housing (429), wherein the motor (49) is secured within the motor housing (499).
  10. 10. The pasta machine is characterized by comprising the deflector rod mounting structure of the pasta machine according to any one of claims 1-9, a host machine (1), a pasta making component (2) and an upper cover (3) rotationally connected with the host machine (1), wherein the upper cover (3) comprises a linkage part (31) in driving connection with a linkage end (431).

Description

Shifting lever mounting structure of wheaten food machine and wheaten food machine Technical Field The invention relates to the technical field of wheaten food machines, in particular to a wheaten food machine, a telescopic unlocking shaft structure for opening a cover, a wheaten food machine with the telescopic unlocking shaft structure, a gearbox structure of the wheaten food machine and a deflector rod mounting structure of the wheaten food machine. Background The traditional flour machine comprises a flour making bin and a screw rod arranged in the flour making bin, wherein a power device such as a motor arranged on a host machine of the flour machine drives the screw rod to rotate so as to mix water and flour to form dough, and the dough is output from the flour making bin into strip-shaped flour. In the conventional flour food machine, the flour making bin is fixed with the main machine, and when the flour food machine is used, the residual dough in the flour making bin needs to be cleaned, the main machine and the flour making bin need to be moved to a cleaning position together for cleaning, and the cleaning of the flour making bin is troublesome. In order to solve the problem that the cleaning of the noodle making bin and the like is troublesome, the noodle making machine provided by the invention has the advantage that the noodle making bin is arranged in a detachable structure with a host machine. However, because the basic functional requirements of dough mixing or dough discharging of the dough making bin and the driving of the screw in the dough making bin are required, when the dough making bin is installed back on the host machine to use the dough machine, the driving output end on the host machine is required to be in driving connection with the screw. However, the conventional pasta machine needs to be connected after the drive output end on the main machine and the screw are aligned with each other, the noodle making bin is moved, and the like, so that the operation of aligning and connecting the drive end on the main machine and the screw with each other is troublesome. In order to solve the problem that the operation of aligning and connecting the drive on the host machine and the screw rod with each other is troublesome, the wheaten food machine of the invention sets the drive output end of the host machine to be in a telescopic structure. But the driving output end of the host is set to be of a telescopic structure, so that the copying degree of the driving structure of the host is improved, the stability is reduced, and the cost is increased. Disclosure of Invention An object of the present invention is to solve or alleviate the above-mentioned technical problems. The invention adopts the means that the deflector rod mounting structure of the wheaten food machine comprises a gearbox shell, a rotary output piece and a driving gear with rotary power, wherein the driving gear is arranged in the gearbox shell, the rotary output piece is in linear sliding connection with the driving gear and is in coaxial line with the driving gear, the deflector rod mounting structure also comprises a deflector piece, the deflector piece comprises a linkage end, a driving end and a deflector rod connecting part positioned between the linkage end and the driving end, the deflector rod connecting part is in rotary connection with the gearbox shell, and the driving end is in driving connection with the rotary output piece. The invention has the advantages that the driving device can be preassembled into a whole on the premise that the stirring piece can drive the rotary output piece to move along the rotary axis of the rotary output piece, and the production efficiency is improved. According to a further technical scheme, the rotary output piece comprises an axial movement connecting part exposed out of the gearbox shell, and the driving end is in driving connection with the axial movement connecting part. Further technical scheme, axial displacement connecting portion is provided with the jump ring groove, jump ring card goes into the jump ring groove and offsets with the drive end. The axial movement connecting part is convenient to be connected with the driving end. According to the further technical scheme, the driving end is opened towards the direction deviating from the linkage end to form a shaft mounting groove, and the axial moving connecting part is inserted into the shaft mounting groove. Further technical scheme, gearbox shell is provided with the swivelling joint groove, and driving lever connecting portion is provided with the swivelling joint pole, and the swivelling joint pole is located the swivelling joint inslot. The axial movement connecting part is convenient to connect with the driving end, and simultaneously, the toggle piece is also allowed to be assembled under the state that the upper cover is closed. The anti-drop device comprises a gearbox shell, a rotary connecting groove, an a