CN203219914U

CN203219914U - Stuffing wrapped pressure closing mold

Info

Publication number: CN203219914U
Application number: CN2013201072879U
Authority: CN
Inventors: 司军伟
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-01-23
Filing date: 2013-03-08
Publication date: 2013-10-02
Anticipated expiration: 2023-03-08

Abstract

The utility model discloses a stuffing wrapped pressure closing mold, belonging to a stuffing wrapped food production device. The stuffing wrapped pressure closing mold comprises at least two pressure closing molds which are oppositely arranged, wherein the at least two pressure closing molds are arranged on the front ends of respective supports, after the two pressure closing molds are combined, a mold cavity is formed, the at least two pressure closing molds are also respectively in power connection with linkage devices on the rear end of the supports through push rods, the supports are used for pushing the opening and closing between the two pressure closing molds along the axial directions of the push rods, and the linkage devices are used for driving the at least two pressure closing molds to radially rotate through the push rods; the linkage devices radially rotate while being used for driving the pressure closing molds to axially molds through the push rods, so that after stuffing wrapped food is subjected to pressure closing molding, the stuffing wrapped food is subjected to the radial extrusion of the pressure closing molds again, thus the appearances of stuffing wrapped food finished products are attractive, the quality problem of the stuffing wrapped food, caused by excessive gaps between wrappers and stuffing, is effectively eliminated; and the stuffing wrapped pressure closing mold can be arranged on other automatic stuffing wrapped food production equipment for use and is wide in the application range.

Description

Faric pressing and forming mould

Technical field

The utility model relates to a kind of food with filling process units, and in particular, the utility model relates generally to a kind of faric pressing and forming mould.

Background technology

Along with food processing machinery production constantly develops, various dumpling manufacturing equipments have appearred, but the forming method of present known equipment, owing to connecing skin, less stable when connecing the filling station, and the dumpling after the moulding needs the manual post forming through personnel, this manufacture method production efficiency is not high, and amount of labour demanded is big, the manufacturing cost height, have the automatic dumpling production equipment that also has the part auto-stitching in addition now, but because its pressing mode structure do not have activity usually, make the form of dumpling not good, skin and contacting of filling are not tight etc., therefore be necessary at foregoing problems, the process units of food with filling is done further improvement.

The utility model content

One of the purpose of this utility model is at above-mentioned deficiency, and a kind of faric pressing and forming mould is provided, and the finished product form that solves food with filling automatic manufacturing device in the prior art with expectation is not good, the technical problems such as not tight that contact of skin and filling.

For solving above-mentioned technical problem, the utility model by the following technical solutions:

A kind of faric pressing and forming mould provided by the utility model; comprise at least two pressing moulds that are oppositely arranged; described at least two pressing moulds are installed in support front end separately; two pressing moulds merge the back and form die cavity; described at least two pressing moulds also are connected with the linkage power of back-end support by push rod respectively; described support is used for along the folding between two pressing moulds of axial promotion of push rod; described linkage drives at least two pressing moulds by push rod and radially rotates, and forms secondary extrusion.

As preferably, further technical scheme is: described pressing mould all is made of two modules at least, be equipped with the die cavity component units that coincide mutually at least on described two modules, the push rod that described at least two modules are passed through separately respectively is connected with linkage power, is used for driving at least two modules by linkage by push rod and radially relatively rotates towards relative direction.

Further technical scheme is: described linkage comprises upper connecting rod, lower link, top shoe and the sliding block that is arranged on back-end support at least, described top shoe is fixed on the upper connecting rod, sliding block is fixed on the lower link, described upper connecting rod, lower link also place slide rail separately, are used for sliding with respect to holder at slide rail; Described top shoe is connected by the push rod end of first swing arm with one of them module of pressing mould, and sliding block is connected by the push rod end of second swing arm with another module of pressing mould; Also be provided with cam path on the two ends of described support, described upper connecting rod is connected with one of them cam path power by bearing, and lower link is connected with another cam path power by bearing.

Further technical scheme is: the inside of described cam path also is provided with for the bearing that makes upper connecting rod, the lower link curve of deviation that mobile process is offset to the side in groove.

Further technical scheme is: also comprise bearing mount pad and holder in the described linkage, described holder is fixed as one with the support of two pressing moulds at least, the bearing mount pad is installed in the top of holder, described holder is connected with upper connecting rod, lower link, push rod respectively, is used for push-and-pull push rod and upper connecting rod, lower link back and forth movement in the same direction.

Further technical scheme is: it is the shape of dumpling that described at least two pressing moulds are merged into the die cavity of forming the back.

Further technical scheme is: described pressing mould is six, and two one group and mutual corresponding being installed in side by side on two supports.

Further technical scheme is: the edge of described at least one pressing mould and another pressing mould formation die cavity is provided with integral body and is fairshaped projection and depression, is used for pressing and forms the dumpling limit with flexibility; Described being provided with at least one side in bottom of pressing mould that integral body is streamlined projection and depression also is provided with spacing extension; Be used for when pressing, making the two ends of dumpling bottom to a lateral bending song.

Further technical scheme is: describedly be fairshaped projection and be separately positioned at least two modules forming the pressing mould with depression; And spacing extension is two, and is separately positioned on the outside of at least two modules.

Compared with prior art, one of the beneficial effects of the utility model are: linkage drives the pressing mold shaft to motion and radially rotation by push rod, make food with filling behind the type of being pressed into, be subjected to the radial compression of pressing mould module again, thereby make the profile of food with filling finished product more attractive in appearance, and skin is tight with contacting of filling, the quality problems that food with filling brings because of the excesssive gap between the skin filling have effectively been stopped, a kind of faric pressing and forming mould structure provided by the utility model is simple simultaneously, especially be suitable for being installed on the dumpling machine using, also can install and use at other food with filling automatic manufacturing device, range of application is wide.

Description of drawings

Fig. 1 is for being used for the structural representation of an embodiment of explanation the utility model;

Fig. 2 is that the A of Fig. 1 is to schematic diagram;

Fig. 3 is the B place enlarged drawing of Fig. 2;

Fig. 4 is the pressing mode structure schematic diagram among another embodiment of the utility model;

Fig. 5 is the pressing mould application structure schematic diagram among another embodiment of the utility model;

Among the figure, 1 for the pressing mould, 2 for push rod, 21 for module, 22 for projection, 23 for depression, 24 for the extension, 3 for upper connecting rod, 4 for lower link, 5 for top shoe, 6 for sliding block, 7 be that first swing arm, 8 is that second swing arm, 9 is holder for bearing mount pad, 11 for cam path, 91 curve of deviations, 10.

The specific embodiment

Below in conjunction with accompanying drawing the utility model is further elaborated.

With reference to shown in Figure 1, one embodiment of the present of invention are a kind of faric pressing and forming moulds, comprise two pressing moulds 1 that are oppositely arranged, described two pressing moulds 1 are installed in support front end separately, two pressing moulds 1 merge the back and form die cavity, described at least two pressing moulds 1 also are connected with the linkage power of back-end support by push rod 2 respectively, described support is used for two pressing mould 1 relative motions of axial promotion along push rod 2, and then formation folding, described linkage drives two pressing moulds 1 by push rod 2 and radially rotates, and forms secondary extrusion.

In the present embodiment, two above-mentioned pressing moulds 1 also can be set to a plurality of, but a plurality of pressing mould 1 need be divided into two one group, is installed in the front end of two supports in a manner mentioned above; Above-mentioned push rod 2 drive purpose that pressing moulds 1 radially rotate be when food with filling (for example dumpling) after 1 merging of pressing mould is pressed into type, be subjected to again from pressing mould 1 a little pressure (for example two pressing moulds 1 all radially rotate 10 degree) radially, skin and the filling of food with filling are fit together more closely, prevent the appearance of skin filling separation problem after the moulding of finished product inclusion.

In another embodiment of the present utility model, for make above-mentioned pressing mould 1 can with food with filling is formed relative radial pressure, aesthetic property after the moulding of further lifting food, above-mentioned pressing mould 1 preferably all adopts two modules 21 to form, be equipped with the die cavity component units that coincide mutually on two modules 21, the push rod 2 that described at least two modules 21 are passed through separately respectively is connected with linkage power, being used for driving at least two modules 21 by linkage by push rod 2 radially relatively rotates towards relative direction, this relatively rotates and can comprise two kinds of situations at least, the one, wherein any one module 21 is radially rotated, another module 21 keeps static, and two is that two modules 21 are rotated towards relative direction simultaneously.

And according to the different shape of food with filling, the quantity of the module 21 of above-mentioned composition pressing mould 1 can arrange arbitrarily, for example be set to three or four, but need to be connected with intercommunicating device power by different push rods 2, and the top need be provided with the die cavity component units that coincide mutually, and this die cavity component units is the groove that arranges on module 21 1 sides, and this groove can be spliced into one mutually.

In conjunction with reference to figure 2, shown in Figure 3, be used for the embodiment that the technical solution problem is more preferably at the utility model, for better providing power for pressing mould 1, when the module 21 of pressing mould 1 is two, a kind of preferred embodiment of above-mentioned linkage is for wherein comprising upper connecting rod 3, lower link 4, the top shoe 5 and sliding block 6 that is arranged on back-end support, described top shoe 5 is fixed on the upper connecting rod 3, sliding block 6 is fixed on the lower link 4, described upper connecting rod 3, lower link 4 also place slide rail separately, are used for sliding with respect to holder 11 at slide rail; Described top shoe 5 is connected with push rod 2 ends of pressing mould 1 one of them module 21 by first swing arm 7, and sliding block 6 is connected with push rod 2 ends of another module 21 in the pressing mould 1 by second swing arm 8; Also be provided with cam path 9 on the two ends of described support, described upper connecting rod 3 is connected with one of them cam path 9 power by bearing, and lower link 4 is connected with another cam path 9 power by bearing.

With reference to shown in Figure 4, above-mentioned pressing mould 1 is the vitals that influences food with filling moulding such as dumpling, the practical structures of pressing mould 1 will directly influence the actual form that its mould is produced dumpling, also provide a kind of above-mentioned pressing mould 1 preferred structure to this inventor, namely set up at the edge that at least one pressing mould 1 and another pressing mould 1 form die cavity integral body be fairshaped protruding 22 with depression 23, be used for pressing and form the dumpling limit with flexibility; And also be provided with spacing extension 24 being provided with at least one side in bottom of pressing mould 1 that integral body is streamlined projection and depression; Be used for when pressing, making the two ends of dumpling bottom to a lateral bending song, simultaneously, another effect of this spacing extension is to prevent that dumpling from abnormal deformation taking place the bottom in by the process of aforesaid streamlined projection and groove extruding top edge, thereby influences the configuration of dumpling.

The structure that is more preferably is to be fairshaped protruding 22 and to be separately positioned at least two modules 21 of forming pressing mould 1 with depression 23 above-mentioned; And spacing extension 24 is two, and is separately positioned on the outside of at least two modules 21.And go out as shown in Figure 5, the pressing mould 1 of this kind structure can directly apply in the faric pressing and forming mould in above-described embodiment.

Further, realize that a kind of preferred structure that above-mentioned push rod 2 drive pressing moulds 1 radially rotate is to set up in the inside of above-mentioned cam path 9 for the bearing that makes upper connecting rod 3, lower link 4 curve of deviation 91 that mobile process is offset to the side in groove.In the process that upper connecting rod 3 and lower link 4 bearing at end move in cam path 9, under these curve of deviation 91 effects, make bearing in cam path 9 in the mobile process, all can off-straight oblique movement towards the side, drive the top shoe that is fixed on upper connecting rod 3 and the lower link 4 respectively, sliding block also moves to the side, and then make top shoe and sliding block respectively by first swing arm 7 and second swing arm 8, the module 21 that drives in the pressing mould 1 is radially rotated, after adjustment sets the offset direction of aforementioned curve of deviation 91 according to demand, the module 21 in the pressing mould 1 is radially rotated towards relative direction.

In another embodiment of the present utility model, be installed on for ease of the shaping mould prodigiosin in the machine for automatic working tool of food with filling and use, also comprise bearing mount pad 10 and holder 11 in the above-mentioned linkage, described holder 11 is fixed as one with the support that at least two pressing moulds 1 are installed, bearing mount pad 10 is installed in the top of holder 11, described holder 11 is connected with upper connecting rod 3, lower link 4, push rod 2 respectively, is used for push-and-pull push rod 2 and upper connecting rod 3, lower link 4 back and forth movement in the same direction.And go out as shown in Figure 1, bearing mount pad 10 moves towards relative direction with upper connecting rod 3, lower link 4, push rod 2 that holder 11 drives separately, and in the process of motion, two pressing moulds 1 namely form axial folding, the action that module 21 is radially rotated.

In the utility model the above embodiments, mould especially suits to use at automatic dumpling machine, and at least two pressing moulds 1 that therefore can be above-mentioned are merged into the shape that the die cavity of forming the back is set to dumpling.And pressing mould 1 is set to six, and two one group and the corresponding front end that is installed in two supports side by side mutually.

Faric pressing and forming mould of the present utility model in actual use, on the bearing mount pad 10 bearing is installed, drive 10 motions of bearing mount pad by power set, and then the upper connecting rod 3 that holder 11 is driven separately, lower link 4, push rod 2 is towards relative direction motion, in the process of motion, cam path 9 maintains static, upper connecting rod 3 slides in cam path 9 with the bearing of lower link 4, in cam path 9 under the effect of curve of deviation 91, make the oblique movement towards the side of bearing off-straight, drive the top shoe that is fixed on upper connecting rod 3 and the lower link 4 respectively, sliding block also moves to the side, and then top shoe and sliding block are radially rotated respectively by the module 21 that first swing arm 7 and second swing arm 8 drive pressing mould 1, namely finish the one-stop operation process, the upper connecting rod 3 that bearing mount pad 10 drives separately, lower link 4, push rod 2 is toward swivel motion, upper connecting rod 3 namely resets in cam path 9 with the cam of lower link 4, and pending operation process next time circulates with this.

Need to prove, description before and after the upper and lower, left and right of mentioning in the utility model, only be the relative direction at each structure member, its purpose is for to illustrate structure of the present utility model clearer, be convenient to it will be appreciated by those skilled in the art that not to be to unique restriction of the present utility model.

Also need to prove, " embodiment " who speaks of in this manual, " another embodiment ", " embodiment " etc. refer to concrete feature, structure or the characteristics described in conjunction with this embodiment and are included among at least one embodiment of the application's generality description.A plurality of local appearance statement of the same race is not necessarily to refer to same embodiment in specification.Furthermore, when describing a concrete feature, structure or characteristics in conjunction with arbitrary embodiment, what advocate is to realize that in conjunction with other embodiment this feature, structure or characteristics also drop in the scope of the present utility model.

Although be described with reference to the utility model of a plurality of explanatory embodiment of the present utility model here, but, should be appreciated that, those skilled in the art can design a lot of other modification and embodiments, and these are revised and embodiment will drop within the disclosed principle scope and spirit of the application.More particularly, in the scope of, accompanying drawing open in the application and claim, can carry out multiple modification and improvement to building block and/or the layout of subject combination layout.Except modification that building block and/or layout are carried out with improving, to those skilled in the art, other purposes also will be tangible.

Claims

1. faric pressing and forming mould, comprise at least two pressing moulds (1) that are oppositely arranged, described at least two pressing moulds (1) are installed in support front end separately, two pressing moulds (1) merge the back and form die cavity, it is characterized in that: described at least two pressing moulds (1) are connected with the linkage power of back-end support by push rod (2) respectively, described support is used for along the folding between two pressing moulds of axial promotion (1) of push rod (2), described linkage drives at least two pressing moulds (1) by push rod (2) and radially rotates, and forms secondary extrusion.

2. faric pressing and forming mould according to claim 1, it is characterized in that: described pressing mould (1) all is made of two modules (21) at least, be equipped with the die cavity component units that coincide mutually at least on described two modules (21), the push rod (2) that described at least two modules (21) are passed through separately respectively is connected with linkage power, is used for driving at least two modules (21) by linkage by push rod (2) and radially relatively rotates towards relative direction.

3. faric pressing and forming mould according to claim 2, it is characterized in that: described linkage comprises upper connecting rod (3), lower link (4), the top shoe (5) and sliding block (6) that is arranged on back-end support at least, described top shoe (5) is fixed on the upper connecting rod (3), sliding block (6) is fixed on the lower link (4), described upper connecting rod (3), lower link (4) also place slide rail separately, are used for sliding with respect to holder (11) at slide rail; Described top shoe (5) is connected with push rod (2) end of one of them module of pressing mould (1) (21) by first swing arm (7), and sliding block (6) is connected with push rod (2) end of another module of pressing mould (1) (21) by second swing arm (8); Also be provided with cam path (9) on the two ends of described support, described upper connecting rod (3) is connected with one of them cam path (9) power by bearing, and lower link (4) is connected with another cam path (9) power by bearing.

4. faric pressing and forming mould according to claim 3 is characterized in that: the inside of described cam path (9) also be provided with for the bearing that makes upper connecting rod (3), lower link (4) in groove mobile process to the curve of deviation (91) of side skew.

5. according to claim 3 or 4 described faric pressing and forming moulds, it is characterized in that: also comprise bearing mount pad (10) and holder (11) in the described linkage, described holder (11) is fixed as one with the support of two pressing moulds (1) at least, bearing mount pad (10) is installed in the top of holder (11), described holder (11) is connected with upper connecting rod (3), lower link (4), push rod (2) respectively, is used for push-and-pull push rod (2) and upper connecting rod (3), lower link (4) back and forth movement in the same direction.

6. faric pressing and forming mould according to claim 1 is characterized in that: it is the shape of dumpling that described at least two pressing moulds (1) are merged into the die cavity of forming the back.

7. faric pressing and forming mould according to claim 1, it is characterized in that: described pressing mould (1) is six, and two one group and corresponding being installed in side by side on two supports mutually.

8. according to claim 1,2,7 any described faric pressing and forming moulds, it is characterized in that: the edge of described at least one pressing mould (1) and another pressing mould (1) formation die cavity is provided with integral body and is fairshaped projection (22) and depression (23), is used for the dumpling limit that pressing formation has flexibility; Described being provided with at least one side in bottom of pressing mould (1) that integral body is streamlined projection and depression also is provided with spacing extension (24); Be used for when pressing, making the two ends of dumpling bottom to a lateral bending song.

9. faric pressing and forming mould according to claim 8 is characterized in that: the described fairshaped projection (22) that is is separately positioned on two modules (21) of forming pressing mould (1) with depression (23) at least; And spacing extension (24) are two, and are separately positioned on the outside of at least two modules (21).