CN2343805Y

CN2343805Y - Biscuit puffing machine

Info

Publication number: CN2343805Y
Application number: CN98241762U
Authority: CN
Inventors: 洪秉喜
Original assignee: 高勇秀
Priority date: 1998-10-29
Filing date: 1998-10-29
Publication date: 1999-10-20
Anticipated expiration: 2008-10-29

Abstract

The utility model relates to a biscuit puffing machine. In the utility model, a protrudent surface is arranged on an upper mold, a feeding chamber is arranged on a lower mold, and the lower molde is fixed to a machine frame; under the action of a concave groove arranged on a mold cam, the upper mold is made to release certain pressure in the process that the upper mold pressurizes raw materials on the lower mold, and pressure is not needed to be exerted any longer; so the upper mold is moved upwards to prevent the problem that puffed biscuits are spilled out all around. The utility model has the advantages of good quality of the surfaces of the puffed biscuits, automaticity in feeding and taking out the puffed biscuits, etc., and the puffed biscuits can be in the shape of a circle, a square or a rectangle.

Description

A kind of expanded biscuit manufacture

The utility model belongs to the equipment of producing expanded biscuits food.

At present, the most of employing of expanded biscuit manufacture is equipped with between the upper and lower mould of electrothermal tube, and under certain temperature and pressure, the mode of moving upward of upper die is produced discoidal expanded biscuit to put into the quantitative grain of rice (special-purpose rice or synthetic rice).But, owing to reasons such as the recessed groove that is provided with on the periphery of the mould camshaft of lifting upper die are not too reasonable, when existing expanded biscuit to go out mould to around turnover, need to increase gathering-device, and expanded biscuit surface is rough and uneven in surface, is difficult to guarantee problems such as product quality.In addition, also exist expanded biscuit in upper and lower mould, to have only, therefore, can only produce circular biscuit, can not produce the problem of other shape to partly expanded through direction.

The purpose of this utility model provides and forms feed chamber and raised face between the upper and lower mould of establishing the electrothermal tube heater in a kind of, and is provided with the running part of automatic base feed and the expanded biscuit manufacture that the connecting rod of lifting mould of the mould cam of recessed groove is formed rationally is set.

It is good to the utlity model has expanded biscuit surface quality, and its shape can be circular, square or rectangular, and characteristics such as automatic feed and the expanded biscuit of taking-up.

The utility model is realized as follows: be provided with raised face on upper die, lower mould is provided with the feed chamber, and lower mould is fixed on the frame, upper die is to carry out elevating movement by the mould cam to produce expanded biscuit, and, the effect of the recessed groove that on the mould cam, is provided with, the raw material of upper die on lower mould carried out in the pressure process, discharge certain pressure, do not need plus-pressure again, thereby, upper die moved up and prevent expanded biscuit to around the problem of turnover.And, can prevent that the surface is rough and uneven in surface and influence the problem of product quality.In the feed chamber of mould and the design of raised face, design according to the size of expanded biscuit, simultaneously, its feed stop up with raised face can be multiple geometry, satisfy the production needs of difform expanded biscuit.

Below in conjunction with accompanying drawing the utility model is described in further detail:

Fig. 1 is a structural representation of the present utility model.

Fig. 2, Fig. 3, Fig. 4, Fig. 5 are the schematic diagram of the utility model when the different operating state.

Fig. 6 is the plane of mould cam of the present utility model.

Fig. 7 a, 7b, 7c are the difform planes of upper and lower mould of the present utility model.

Fig. 8 is the mould cam planes figure that adopts in the existing device.

In Fig. 1 and Fig. 2, the utility model is by the end of motor 2 by the connecting rod 9 of the upper die 21 of the mould cam 10 connection other ends of setting on the reductor 3 connection camshafts 4, supplying with cam 8 connects supply plate 15 and supplies with circle 16 by

roller

12,14 and connecting rod 11,13, and the lower mould 23 that is provided with feed chamber 24 is fixed on frame 1 and forms.

Wherein, mould cam 5 is the recessed grooves 6 that are provided with on by periphery in Fig. 1 and Fig. 6, and in the outside of recessed groove 6 fixedly abrading block 7 form.Upper die 21 is made up of the raised face 22 that its lower end is provided with.In Fig. 4 and Fig. 5, be provided with

electrothermal tube heater

25 and 26 in the inside of upper and

lower mould

21 and 23, the intensification requirement when satisfying the heating of expanded biscuit.

At Fig. 1 of the present utility model, Fig. 2, Fig. 3, Fig. 4, among Fig. 5, after motor 2 startings, by reductor 3 driving cam axles 4, the driving member of supply pipe 20 is cut apart in the rotation of camshaft 4 by chain 27 transmissions, the raw material of funnel 19 bottoms is supplied to supply plate 15 quantitatively and supplies with circle 16, the transmission of camshaft 4 makes mould cam 5 and supplies with cam 8 and rotate simultaneously, when the rotation of mould cam 5 moves upward upper die 21 by roller 10 and connecting rod 9, supply with the rotation of cam 8, by

roller

12,14 and connecting rod 11,13 at spring 17, under 18 the effect, make to supply with plate 15 and supply with circle 16 to move to lower mould 23, and be returned to original position after raw material put into lower mould 23 tops.Under the effect of camshaft 4 that is rotated further and mould cam 5, the upper die 21 that is connected in connecting rod 9 moves downward when being pressurized to lower mould 23, the degree of depth of the recessed groove 6 that on mould cam 5, is provided with at the roller 10 of the connecting rod 9 that moves on the circumferential surface of mould cam 5 and when descending, upper die 21 moves up and discharges pressure between a certain amount of upper and

lower mould

21 and 23, then, when roller 10 fell in the end of module 7, upper die 21 rose rapidly and expanded biscuit 28 just can be made.

At this moment, the roller 10 that is provided with on the mould cam 5 is under the effect of recessed groove, discharge after a certain amount of pressure between upper die 21 and the lower mould 23, unnecessary pressurization again, and upper die 21 is moved up and make expanded biscuit 28, therefore, can prevent expanded biscuit 28 between upper die 21 and lower mould 23 to around the turnover problem.Fig. 8 is the plane of the mould cam 5 on the existing device, is provided with 30 and 31 two recessed grooves on the surface of periphery 29, is provided with on abrading block 7 recessed groove is set, exist expanded biscuit to make after to around the turnover problem.

In the lower end of upper die 21 of the present utility model raised face 22 is set, lower mould 23 is provided with feed chamber 24, when feed, raw material is put into the top of the feed chamber 24 of lower mould 23, therefore, when putting into raw material, past extrapolated the expanded biscuit of having made 28 by supplying with plate 15 and supplying with circle 16.

At Fig. 7 a of the present utility model, 7b, among the 7c, when expanded biscuit 28 is made between upper die 21 and lower mould 23, in order to prevent to turnover all around, in the design of raised face 22 that is provided with on upper die 21 and the lower mould 23 and feed chamber 24, to design according to the size of expanded biscuit 28, so, at Fig. 7 a, 7b, upper mould shown in 7c is last its 21,21 ', 21 " with lower mould 23; 23 '; 23 " go up the raised face 22 that forms, 22 ', 22 " and feed chamber 24; 24 '; 24 " shape can be circular, different geometries such as square or rectangular, and, expanded not to the utmost biscuit 28 is at raised

face

22,22 ', 22 " and feed chamber 24; 24 '; 24 " shape and be shaped, can improve the surface quality of expanded biscuit 28 again, improve the class of product.

Claims

1, a kind of expanded biscuit manufacture, it is characterized in that described expanded biscuit manufacture is to connect camshaft (4) by motor (2) by reductor (3) to go up the mould cam (5) that is provided with and supply with cam (8), an end of the connecting rod (9) of the upper die (21) of the roller of rolling friction (10) the connection other end on the periphery of mould cam (5), supplying with cam (8) connects supply plate (15) and supplies with circle (16) by roller (12), (14) and connecting rod (11), (13), and the lower mould 23 that is provided with feed chamber 24 is fixed on frame 1 and forms.

2, expanded biscuit manufacture according to claim 1 is characterized in that described mould cam (5) is the recessed groove (6) that is provided with by periphery, and in the outside of recessed groove (6) fixedly abrading block (7) form.

3, expanded biscuit manufacture according to claim 1 is characterized in that described upper die (21) is made up of the raised face (22) that its lower end is provided with.