CN209950355U - Steamed stuffed bun stuffing discharging device with multiple stuffing materials - Google Patents

Abstract

The utility model provides a steamed stuffed bun of many filling materials goes out filling device, installs including locating raw materials in the frame install bottom plate additional the raw materials install storage filling case installation carousel, setting on the bottom plate additional store up filling case installation carousel on be a plurality of storage filling cases that are used for storing the filling material that the ring form distributes, be used for selecting and switch the filling material auto-change over device who stores up the filling case, still include and every store up the filling material batch meter that is used for controlling filling material at every turn and goes out filling amount that filling bottom of the case portion connects, be used for promoting and send into filling material propelling movement mechanism in the filling material batch meter with the filling material, establish last metering valve board and lower metering valve board that the last difference control filling material batch meter entry and export of filling material batch meter opened and shut. The utility model discloses can prepare multiple filling material, switch the filling material as required, it is comparatively convenient to switch, has solved among the prior art shortcoming that goes out the filling device and can only single filling material play filling, and goes out the filling volume comparatively accurate at every turn, can not taint between the filling material, and the steamed stuffed bun taste of producing is good.

Description

A device for filling buns with multiple fillings

technical field

The utility model relates to the field of filling devices for steamed buns, in particular to a filling device for steamed buns with multiple fillings.

Background technique

Steamed buns are one of the main foods in the Chinese food system. The stuffing is wrapped in the dough, then steamed and ready to eat. The process of making steamed buns is more complicated and requires training and skilled operation to be competent for the job. As an automatic machine that liberates manpower, the steamed bun machine has been greatly welcomed and widely used since its appearance. The existing steamed bun machine, such as the steamed bun machine published with the application number of 201620520590.5, is to mix and prepare certain ingredients such as meat, vegetables, seasonings, etc. to form fillings, and extrude a dough tube on the outer layer of the fillings, and the fillings It is transported into the dough tube, and then cut and shaped to form a bun, which is used for steaming in the next process. It includes a dough ejecting device and a filling device, but this filling device can only store one kind of filling and can only be made into For buns with a single flavor, if users want to get buns with other flavors, they need to go through steps such as cleaning the filling device and changing the fillings, and the fillings are easy to smell when changing the fillings, and the produced buns have poor taste.

Utility model content

In view of the deficiencies of the prior art, the utility model provides a filling device for buns with multiple fillings, which can prepare a variety of fillings and switch the fillings as needed, so as to solve the problem that the filling device in the prior art can only have a single filling. The disadvantage of filling filling is that the structure of the whole filling device is compact and reasonable, the switching of fillings is convenient, the filling efficiency is high, and the filling amount is more accurate each time, the fillings will not be smelled, and the buns produced have good taste.

The specific technical scheme of the utility model is as follows: a filling device for buns with multiple fillings, comprising a raw material adding base plate arranged on a rack, a filling storage box installation turntable installed on the raw material adding base plate, A plurality of stuffing bins for storing stuffing and a stuffing switching device for selecting and switching stuffing bins are distributed on the stuffing bin installation turntable, and each stuffing bin also includes and each stuffing bin A filling metering box connected to the bottom of the box for controlling the filling amount of each filling, a filling pushing mechanism for pushing and feeding the filling into the filling measuring box, and a filling measuring box arranged on the filling measuring box The upper metering valve plate and the lower metering valve plate respectively control the opening and closing of the inlet and outlet of the filling metering box.

Compared with the bun filling device for single filling in the prior art, in the bun filling device in the present application, multiple filling storage boxes can store a variety of fillings, and the user can select the desired filling storage through the filling switching device The box and the filling material solve the defect that the filling device in the prior art can only produce fillings with a single filling, and the fillings will not be tainted, the produced buns have good taste, and the whole filling device has a compact and reasonable structure, and the filling is not too bad. The material switching is more convenient, and the filling efficiency is high. In addition, the device for filling buns in the present application can more accurately control the amount of filling each time through the filling metering box, so as to ensure the practicability of the subsequent action of sealing the buns. If there is too much filling, the sealing action will be difficult, and the filling will be easily wasted. The specific control of the amount of stuffing is as follows. After determining the stuffing box that needs to be stuffed, first close the lower metering valve plate, open the upper metering valve plate, and push the stuffing into the stuffing metering box through the stuffing push mechanism. The amount of stuffing in the metering box is the amount of stuffing in one bun, then close the upper metering valve plate, open the lower metering valve plate, and the stuffing leaks out.

Preferably, the filling switching device comprises a switching rotary motor installed on the raw material adding base plate, a driving gear of the filling storage device installed on the rotating shaft of the switching rotary motor, and a filling device installed on the filling box. The driven meshing teeth on the turntable are meshed with the driving gear of the filling storage device. The filling switching device has a simple structure and is convenient to switch.

Preferably, the filling pushing mechanism includes a filling pushing plate, a filling pushing linear motor mounted on the raw material adding bottom plate and driving the filling pushing plate to move, the filling pushing plate and the inner wall of the filling box shape to match. The stuffing pushing mechanism makes stuffing easier and more convenient, has high stuffing efficiency, and improves the overall work efficiency of the bun stuffing device.

Preferably, it also includes a valve control linear motor for connecting with the upper metering valve plate and the lower metering valve plate corresponding to the switched stuffing box, respectively, and the upper metering valve plate and the lower metering valve plate are connected through the connection structure and Correspondingly the valve controls the motor shaft connection of the linear motor.

Preferably, the connection structure includes a first connection block provided on the motor shaft of the valve control linear motor, a second connection block provided on the upper metering valve plate or the lower metering valve plate, and a second connection block provided on the upper metering valve plate or the lower metering valve plate. The connecting groove on the first connecting block is connected with the second connecting block, the connecting groove is located on the circumferential path of the second connecting block and is inserted by the second connecting block.

Preferably, the second connecting block is in an "L" shape.

Preferably, a plurality of raw material adding holes are correspondingly provided on the raw material adding bottom plate.

Preferably, each of the raw material adding holes is correspondingly provided with a coaxial raised ring platform.

To sum up, the utility model has the following beneficial effects:

A variety of fillings can be prepared, and the fillings can be switched according to needs, which solves the shortcoming that the filling device in the prior art can only produce fillings with a single filling. High, and the amount of filling is more accurate each time, there is no smell between the fillings, and the buns produced have a good taste.

Description of drawings

Fig. 1 is the structural schematic diagram of the stuffing device in the utility model;

Fig. 2 is the partial schematic diagram of the filling device in the utility model from another perspective;

Fig. 3 is a partial enlarged view at E in Fig. 2;

Fig. 4 is a schematic diagram of the structure of the stuffing pushing mechanism;

5 is a schematic diagram of the connection of the stuffing box;

FIG. 6 is a schematic diagram of the installation of the raised ring platform in Embodiment 2. FIG.

Detailed ways

The present utility model will be further described below through specific embodiments in conjunction with the accompanying drawings.

As shown in FIGS. 1-5 , a multi-filling bun filling device includes a raw material adding base plate 136 arranged on the rack 11 , and a stuffing box installation turntable 137 installed on the raw material adding base plate 136 . , a plurality of stuffing bins 131 for storing stuffing, and a stuffing switching device 138 for selecting and switching stuffing bins 131, which are distributed in an annular shape on the stuffing bin installation turntable 137, The raw material adding bottom plate 136 is correspondingly provided with a plurality of raw material adding holes 1361, and also includes a filling metering box 132 connected to the bottom of each filling storage box 131 and used to control the filling amount of each filling. A stuffing push mechanism 133 that pushes and feeds stuffing into the stuffing metering box 132, and an upper metering valve plate 134 provided on the stuffing metering box 132 that respectively controls the opening and closing of the inlet and outlet of the stuffing metering box 132 and lower metering valve plate 135.

Compared with the bun filling device for single filling in the prior art, in the bun filling device in the present application, the multiple filling storage boxes 131 can store a variety of fillings, and the user can select the desired filling through the filling switching device 138 . The stuffing storage box 131 and the stuffing solves the defect that the stuffing device in the prior art can only tap the stuffing from a single stuffing, and the stuffings do not have odors, and the produced buns have good taste. In addition, the bun filling device in the present application can more accurately control the filling amount each time through the filling metering box 132, so as to ensure the practicability of the subsequent bun sealing action. If there is too much filling, the sealing action will be difficult, and the filling will be easily wasted. The specific control of the amount of filling is as follows. After determining the filling storage box 131 that needs to be filled, first close the lower metering valve plate 135, open the upper metering valve plate 134, and push the filling to the filling metering through the filling pushing mechanism 133. In the box 132, the filling amount in the filling measuring box 132 is the filling amount of one bun. Then, the upper metering valve plate 134 is closed, and the lower metering valve plate 135 is opened, and the filling leaks out.

Preferably, the filling switching device 138 includes a switching rotating motor 1381 installed on the raw material adding bottom plate 136, a filling storage device driving gear 1382 disposed on the rotating shaft of the switching rotating motor 1381, The driven meshing teeth 1383 on the filling storage box installation turntable 137 mesh with the driving gear 1382 of the filling storage device. The filling switching device 138 has a simple structure and is convenient to switch.

Preferably, the filling pushing mechanism 133 includes a filling pushing plate 1331, a filling pushing linear motor 1332 installed on the raw material adding bottom plate 136 and driving the filling pushing plate 1331 to move. The shape of the inner wall of the filling box 131 is matched. The stuffing pushing mechanism makes stuffing easier and more convenient, has high stuffing efficiency, and improves the overall working efficiency of the stuffing device.

Preferably, it also includes a valve control linear motor 135a for connecting with the upper metering valve plate 134 and the lower metering valve plate 135 corresponding to the switched stuffing box 131 respectively. The upper metering valve plate 134 and the lower metering valve plate 135a 135 are connected with the motor shaft of the corresponding valve control linear motor 135a through the connecting structure 139. Preferably, the connection structure 139 includes a first connection block 1391 disposed on the motor shaft of the valve control linear motor 135a, and a second connection block disposed on the upper metering valve plate 134 or the lower metering valve plate 135 1392. A connecting groove 1393 formed on the first connecting block 1391 and connected to the second connecting block 1392, the connecting groove 1393 is located on the circumferential path of the second connecting block 1392 and is the first connecting block 1392. Two connection blocks 1392 are inserted. When the connection groove 1393 is connected with the second connection block 1392 on the upper metering valve plate 134 or the lower metering valve plate 135, the connection groove 1393 is in a certain connection position, and when the filling box 131 needs to be switched, the rotation is switched. When the motor 1381 is actuated, the stuffing box 131 originally connected to the valve control linear motor 135a rotates, and the corresponding second connection blocks 1392 on the upper metering valve plate 134 and the lower metering valve plate 135 slide out from the corresponding connection grooves 1393, That is, the connection between the connection groove 1393 and the second connection block 1392 is disconnected, and then the valve controls the linear axis of the linear motor 135a to make a return movement to make the connection groove 1393 away from the above-mentioned connection position, and the rotary motor 1381 is switched to continue to operate, so that the filling filling to be switched is switched. The box 131 rotates through the above-mentioned connecting position, the valve controls the linear axis of the linear motor 135a to extend again to make the connecting groove 1393 return to the above-mentioned connecting position, and then the rotary motor 1381 is switched to reversely rotate a certain angle, so that the filling storage box 131 to be switched is located. The corresponding second connecting block 1392 is inserted into the connecting groove 1393, thus completing the switching of fillings once. If filling is needed again, the above steps can be repeated.

Preferably, the second connecting block 1392 is in an "L" shape; one end of the second connecting block 1392 is connected to the upper metering valve plate 134 or the lower metering valve plate 135 , and the other end is used to be inserted into the connecting groove 1393 .

Embodiment 2 is different from Embodiment 1. As shown in FIG. 6 , each of the raw material adding holes 1361 is correspondingly provided with a coaxial heightened ring platform 136a, and the heightened ring platform 136a is arranged on the raw material adding hole 136a. The upper surface of the base plate 136 is installed. This setting prevents the fillings or the fillings with soup from being mixed into the fillings in the remaining filling storage boxes 131 due to manual misoperation, and ensures that the fillings will not be smelled.

The above-mentioned embodiments merely describe the preferred embodiments of the present invention, and do not limit the concept and scope of the present invention. Under the premise of not departing from the design concept of the present invention, various modifications and improvements made by those of ordinary skill in the art to the technical solutions of the present invention shall fall within the protection scope of the present invention, and the technology claimed by the present invention shall be protected. The content has been fully described in the claims.

Claims (8)

1. A steamed stuffed bun stuffing discharging device with multiple stuffing materials is characterized by comprising a raw material additional installation bottom plate (136) arranged on a frame (11), a stuffing storage box installation turntable (137) installed on the raw material additional installation bottom plate (136), a plurality of stuffing storage boxes (131) which are arranged on the stuffing storage box installation turntable (137) and distributed in a circular ring shape and used for storing stuffing, and a stuffing switching device (138) used for selecting and switching the stuffing storage boxes (131), the stuffing box type automatic feeding device is characterized by further comprising stuffing metering boxes (132) connected with the bottoms of the stuffing storage boxes (131) and used for controlling the stuffing discharging amount of stuffing each time, stuffing pushing mechanisms (133) used for pushing and sending stuffing into the stuffing metering boxes (132), and an upper metering valve plate (134) and a lower metering valve plate (135) which are arranged on the stuffing metering boxes (132) and respectively control the opening and closing of inlets and outlets of the stuffing metering boxes (132).

2. The steamed stuffed bun stuffing discharging device of claim 1, wherein the stuffing switching device (138) comprises a switching rotating motor (1381) installed on the raw material loading base plate (136), a stuffing storage driving gear (1382) arranged on the rotating shaft of the switching rotating motor (1381), and a driven engaging gear (1383) arranged on the stuffing storage box mounting turntable (137) and engaged with the stuffing storage driving gear (1382).

3. The steamed stuffed bun stuffing discharging device of claim 1, wherein the stuffing pushing mechanism (133) comprises a stuffing pushing plate (1331) and a stuffing pushing linear motor (1332) which is arranged on the raw material loading base plate (136) and drives the stuffing pushing plate (1331) to move, and the stuffing pushing plate (1331) is matched with the inner wall of the stuffing storage box (131) in shape.

4. The steamed stuffed bun stuffing discharging device of claim 1, further comprising a valve control linear motor (135 a) respectively connected with an upper metering valve plate (134) and a lower metering valve plate (135) corresponding to the switched stuffing storage box (131), wherein the upper metering valve plate (134) and the lower metering valve plate (135) are connected with a motor shaft of the corresponding valve control linear motor (135 a) through a connecting structure (139).

5. A multi-stuffing bun stuffing discharging device according to claim 4, wherein said connecting structure (139) comprises a first connecting block (1391) provided on the motor shaft of said valve-controlled linear motor (135 a), a second connecting block (1392) provided on said upper metering valve plate (134) or lower metering valve plate (135), a connecting groove (1393) provided on said first connecting block (1391) and connected to said second connecting block (1392), said connecting groove (1393) being located on the circumferential path of said second connecting block (1392) and being inserted by said second connecting block (1392).

6. A multi-filling steamed stuffed bun stuffing device according to claim 5, wherein said second connecting block (1392) is "L" shaped.

7. The stuffing discharging device for steamed stuffed buns with multiple stuffing materials according to claim 1, wherein a plurality of raw material adding holes (1361) are correspondingly arranged on the raw material adding bottom plate (136).

8. A multi-filling steamed stuffed bun stuffing discharging device according to claim 7, wherein each of said material loading holes (1361) is correspondingly provided with a coaxial heightening ring platform (136 a).

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