CN203327841U

CN203327841U - Dough dividing and rounding machine

Info

Publication number: CN203327841U
Application number: CN2013202184918U
Authority: CN
Inventors: 林金源
Original assignee: AROMA TAIWAN MACHINERY Co
Current assignee: AROMA TAIWAN MACHINERY Co
Priority date: 2013-04-26
Filing date: 2013-04-26
Publication date: 2013-12-11
Anticipated expiration: 2023-04-26

Abstract

The utility model provides a dough dividing and rounding machine. The dough dividing and rounding machine comprises a horizontal shaft, a telescopic shaft and a dividing mechanism, wherein the two ends of the horizontal shaft are movably coupled with two symmetric support frames; the tail end of the telescopic shaft is combined with the horizontal shaft and is connected with a force applied rod; the dividing mechanism is combined with the telescopic end of the telescopic shaft and comprises a tool apron, a tool and a spacing ring; a force is applied to the force applied rod, so that the dividing mechanism at the other end of the force applied rod horizontally and reversely moves to an open region. The dough dividing and rounding machine is easy to disassemble and wash, and especially, the dividing mechanism comprising the tool apron, the tool and the spacing ring is easy to disassemble and clean, so that the dough dividing and rounding machine completely meets the basic hygiene requirement that machines and tools need to be often cleaned in the food processing industry.

Description

Dough is cut apart spheronizator

Technical field

The utility model belongs to the food processing machinery field, particularly relates to a kind of dough that is easy to disassemble, clean and cuts apart spheronizator.

Background technology

In making bread, cake often utilizes dough to cut apart spheronizator and assists, and dough is divided into to suitable weight round as a ball rear use, reaches the purpose of laborsaving, quality and efficiency.

Known dough is cut apart spheronizator and is comprised a telescopic shaft, and end must connect a force application rod; Telescopic end in this telescopic shaft is combined with a tool rest, a cutter and a spacing ring, and wherein cutter is contained in this tool rest, and described spacing ring is with its both sides combination, and correspondence is incorporated into and is located at described telescopic shaft not on the corresponding rail bar of a holder at movable position; Be with, the operation of cutting apart wherein first is placed in work top by dough, can force in this force application rod, make telescopic shaft stretch, spacing ring first falls and the corral dough, along with the described tool rest of the force application rod application of force and the cutter extension stroke that continues, stretch out in tool rest and cut the deal that dough is divided into setting to this cutter of end of travel.

Dough is cut apart its application of force direction of spheronizator for ease of the application of force, therefore structure is taked longitudinal design, its member is fixed setting all, therefore, comprise that tool rest, cutter and spacing ring Equal mechanism main member are all not easy to clean, really do not meet the often basic hygienic requirements of cleaning tool of food processing industry.

The utility model content

The technical problems to be solved in the utility model, be to provide a kind of dough that is easy to disassemble, clean to cut apart spheronizator.

In order to solve the problems of the technologies described above, the utility model provides a kind of dough to cut apart spheronizator, comprising:

One transverse axis, its two ends are provided with bracing frame;

One telescopic shaft, its end is incorporated into aforementioned transverse axis, and connects a force application rod;

One division mechanism, be incorporated into the telescopic end of this telescopic shaft;

Described division mechanism comprises: a tool rest, a cutter and a spacing ring;

The two end axles of described transverse axis is closed on the bracing frame of two symmetries;

Described force application rod is connected with division mechanism with transverse axis by telescopic shaft, and division mechanism laterally reverses and is displaced to open area.

Further, wherein, described division mechanism closes stop by a gim peg and aforementioned bracing frame bolt, and division mechanism is fixed on vertical operating position.

Further, wherein, described division mechanism laterally reverses and is displaced to open area, and by a stopping object bolt knot, division mechanism is butted on the frame side non-return of aforementioned bracing frame and fixes.

Further, wherein, described cutter stretches out from tool rest, is butted on the rear non-return of described division mechanism by a non-return body, and fixed cutting tool is emerging in outside space.

Further, wherein, described non-return body is butted on the rear non-return of division mechanism tool rest.

Further, wherein, described non-return body is butted on the rear non-return of division mechanism cutter.

Further, wherein, two symmetric positions in the described spacing ring outside respectively are provided with a combination, and the bottom of described telescopic shaft is provided with holder, and the rail bar is set on described holder, and described combination combines with the rail bar.

Further, wherein, this combination is hook-shaped combination.

The utility model is easy to disassemble, clean, and especially tool rest, cutter and spacing ring Equal mechanism are quick detachable clean, meets the often basic hygienic requirements of cleaning tool of food processing industry fully.

The accompanying drawing explanation

Fig. 1 the utility model dough is cut apart the structural representation of spheronizator preferred embodiment.

Fig. 2 the utility model preferred embodiment division mechanism can laterally reverse and be displaced to the open area schematic diagram.

The disassembled schematic diagram of spacing ring of Fig. 3 the utility model preferred embodiment.

The simple and easy tear down operations schematic diagram of the spacing ring of Fig. 4 the utility model preferred embodiment.

The cutter of Fig. 5 the utility model preferred embodiment appears schematic diagram easy to clean.

In figure, 1 transverse axis 11 bracing frame 12 gim pegs

13 stopping objects

2 telescopic shaft 21 force application rods

3 division mechanism 31 tool rest 32 cutters

33 spacing ring 331 combinations

4 holder 41 rail bars

5 non-return bodies.

The specific embodiment

Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail, so that those skilled in the art can better understand the utility model being implemented, but illustrated embodiment is not as to restriction of the present utility model.

As shown in Figure 1, a kind of dough of the utility model is cut apart spheronizator, comprising:

One transverse axis 1, the movable earth's axis in its two ends is closed on the bracing frame 11 of two symmetries;

One telescopic shaft 2, its end is incorporated into aforementioned transverse axis 1, and connects a force application rod 21;

One division mechanism 3, be incorporated into the telescopic end of this telescopic shaft 2, comprising: tool rest 31, one cutters 32;

One spacing ring 33, respectively be provided with a combination 331 in its outside two symmetric positions, and it can be open hook-shaped;

Two combinations 331 of this spacing ring 33, correspondence is incorporated into a corresponding rail bar 41 of holder 4 of being located at the not movable position of described telescopic shaft 2;

Again, this division mechanism 3 is used a gim peg 12 to close stop with aforementioned bracing frame 11 bolts;

Be with, the utility model can be disassembled fast, be cleaned, as shown in Figure 2, after taking off described gim peg 12, can force in described force application rod 21, make the division mechanism 3 of its other end laterally reverse and be displaced to open area, and, with stopping object 13 bolts, make this division mechanism 3 be butted on 11 side non-returns of aforementioned bracing frame;

And, when by after the reverse turn of described spacing ring 33, must make the combination 331 of its both sides oppositely break away from the rail bar 41 in described holder 4, must be convenient to pull down, as shown in Figure 3.

Again as shown in Figure 4 and Figure 5, further force in described force application rod 21 and make described cutter 32 stretch out from tool rest 31, and be able to a non-return body 5 and be butted on described division mechanism 3 rear non-returns, make outside cutter 32 keeps being revealed in;

Wherein, this non-return body 5 must be butted on the tool rest 31 rear non-returns of division mechanism 3; Or

This non-return body 5 must be butted on the cutter 32 rear non-returns of division mechanism 3;

Therefore by division mechanism 3 is laterally reversed and is displaced to open area, and simple and fast take off spacing ring 33, and make outside cutter 32 keeps being revealed in, therefore, can easily carry out the clean of the member such as cutter.

The above embodiment is only the preferred embodiment for absolutely proving that the utility model is lifted, and protection domain of the present utility model is not limited to this.Being equal to that those skilled in the art do on the utility model basis substitutes or conversion, all within protection domain of the present utility model.Protection domain of the present utility model is as the criterion with claims.

Claims

1. a dough is cut apart spheronizator, comprising:

One transverse axis, its two ends are provided with bracing frame;

It is characterized in that:

2, dough as claimed in claim 1 is cut apart spheronizator, it is characterized in that, wherein, described division mechanism closes stop by a gim peg and aforementioned bracing frame bolt, and division mechanism is fixed on vertical operating position.

3, dough as claimed in claim 1 is cut apart spheronizator, it is characterized in that, wherein, described division mechanism laterally reverses and is displaced to open area, and by a stopping object bolt knot, division mechanism is butted on the frame side non-return of aforementioned bracing frame and fixes.

4, dough as claimed in claim 1 is cut apart spheronizator, it is characterized in that, wherein, described cutter stretches out from tool rest, is butted on the rear non-return of described division mechanism by a non-return body, and fixed cutting tool is emerging in outside space.

5, dough as claimed in claim 4 is cut apart spheronizator, it is characterized in that, wherein, described non-return body is butted on the rear non-return of division mechanism tool rest.

6, dough as claimed in claim 4 is cut apart spheronizator, it is characterized in that, wherein, described non-return body is butted on the rear non-return of division mechanism cutter.

7, dough as claimed in claim 1 is cut apart spheronizator, it is characterized in that, wherein, two symmetric positions in the described spacing ring outside respectively are provided with a combination, the bottom of described telescopic shaft is provided with holder, and the rail bar is set on described holder, and described combination combines with the rail bar.

8, dough as claimed in claim 7 is cut apart spheronizator, it is characterized in that, wherein, this combination is hook-shaped combination.