TWM560194U - Dual-filling food tight forming structure - Google Patents

Abstract

The utility model relates to a solid filling structure of a double filling food, comprising a machine table, an air extraction unit and a discharge die, wherein the air extraction unit is arranged on the machine, the air extraction unit has at least one movable tube movable up and down. The movable tube is connected to an air blowing device, and the discharging die is disposed under the machine and corresponding to the movable tube. The discharging die is a skin and an inner filling for extruding the stuffed food. The discharge die has at least one inner conduit, and the outer conduit is provided with a plurality of spiral guide strips, whereby the inner layer filling material is guided to rotate through the spiral guide bar when the inner layer filling material is in the discharge die Extrusion, so that the inner layer filling can be tightly attached to the outer skin to prevent voids. In addition, the machine will feed the core stuffing of the stuffing food into the inner layer filling, and the moving tube will push down when moving downward. The core filling and the air blowing device draws out the air in the inner layer filling so that the inner layer filling is retracted and adheres to the core filling to prevent voids.

Description

Double filling food solid forming structure

The novel creation system relates to a solid forming structure of a double filling food, and is a food machine for manufacturing stuffed food.

[Please refer to the twelfth picture] When the modern food industry manufactures stuffing foods with double fillings (ie, the outermost outer skin has an inner layer of filling material, and the inner layer of the filling is filled with core fillings). , a three-layered stuffing food with two fillings, mostly using a food machine for automated production, to reduce the labor costs required for manufacturing and increase production efficiency. However, most of the stuffed foods produced by the food machine in the past have a common flaw, that is, a large amount of voids may be generated between the core stuffing and the inner layer filling, and the voids are not particularly beautiful when the stuffing food is cut. The air in the gap may also break the food due to thermal expansion during baking, which reduces the production yield of the food.

In view of the above-mentioned shortcomings, the new creators believe that it is necessary to make corrections. In order to carry out research and creation of related technologies and product design, and to uphold the excellent design concept, we will study and create the above disadvantages. After continuous efforts, we will end up It is the introduction of this new creation of double-filled food solid-formed structure, which is to correct the product structure to enhance the excellent effect of the product.

The main purpose of the novel creation of a double-filled food solid-formed structure is to provide a food machine that prevents a gap between the core stuffing and the inner layer filling.

In order to achieve the purpose of the previous disclosure, the novel creation of the double-filled food solid forming structure includes:

a machine having a body, the base is provided with a base portion, and the base portion has at least one base through hole at a predetermined position, and the base portion is integrally formed with a fixed disk, and the fixed plate has at least one corresponding to the base portion The through hole is fixed to the through hole, and the base is provided with a turntable driving device for driving a turntable disposed in the fixed disk, and the turntable has a plurality of tops running through the top of the turntable a core stuffing hole having an average annular arrangement of at least one turn for the reference point;

An air pumping unit has an upper support frame fixed on a base of the machine, and a side line driver is disposed on one side of the upper support frame, and the linear drive is connected to at least one movable tube, so that the linear drive can drive the movable tube Sliding up and down, and the movable tube corresponds to the base through hole, so that the movable tube can sequentially pass through the core filling placement hole, the fixed through hole and the base through hole when the movable tube slides down, and the movable tube The upper end is connected to an air blower device, so that the air blowing device can draw in or blow out gas through the movable pipe;

A discharge die for extruding the outer skin and the inner layer filling has an outer tube, and the outer tube has a skin inlet and an inner layer filling inlet on both sides thereof, and the bottom of the outer tube is solid with the top of the lower shell The outer casing is provided with an outer nozzle, and the outer cylinder is provided with an inner cylinder. The outer cylinder is convexly formed with two outer protrusions, and one of the outer protrusions has an inner inlet penetrating therethrough. The outer side of the outer block of the inner cylinder is in close contact with the inner side of the outer tube, and the inner inlet corresponds to the inner layer filling inlet of the outer tube, and the outer side of the inner tube is spaced apart from the inner side of the outer tube by a predetermined distance for the outer skin to go down Circulating, the bottom of the inner cylinder is provided with a plurality of inner ring members connected downwards, and the bottom of the inner ring member is fixed with an inner discharge nozzle corresponding to the inner side of the outer nozzle, the inner discharge nozzle The outer side is spaced apart from the inner side of the outer nozzle by a predetermined distance, and the inner tube is further provided with at least one inner tube, the lower end of the inner tube corresponding to the inner side of the inner discharge nozzle, and the upper end of the inner tube passes through the top of the inner tube The inner side of the inner tube is opposite to the inner side of the inner tube, the inner side of the inner ring member, and the inner side The inner side of the mouth is separated by a predetermined distance for the inner layer filling to flow downward, and the outer side of the inner tube protrudes at a lower end to form a plurality of spiral guide strips, and the discharging die further has a connecting tube, and the connecting tube is assembled The top of the inner cylinder and corresponding to the outer end of the inner tube, the inner portion of the connecting tube communicates with the inner portion of the inner tube, and the upper end of the connecting tube is assembled to the base of the machine to correspond to the base through hole.

In the manufacture of the stuffing food, the core stuffing is placed in the core stuffing hole of the turntable, and the outer skin and the inner layer stuffing are fed into the discharging die, and the discharging die will be the outer skin. The inner layer filling is extruded into a strip shape, and the turntable is rotated until the core filling material placement hole corresponds to the base through hole of the base portion, and the core filling material in the core filling material placement hole is dropped into the inner layer filling material. Then, the linear drive will drive the movable tube to slide down, and the movable tube will push down the core filling material so that the bottom of the core filling is tightly attached to the inner layer filling, and then the linear drive drives the movable tube to slide upward, The air blowing device will operate to draw the air inside the inner layer filling material through the movable tube. At this time, due to the lower internal air pressure of the inner layer filling material, the inner layer filling material will condense inwardly and closely adhere to the side of the core filling material. The cutting piece of the cutting and forming device is clamped inwardly to cut the outer skin and the inner layer filling, and the cutting piece squeezes the inner layer filling when the cutting piece is clamped inward, so that the inner layer filling is tightly attached. Covered on the top of the core filling, the double stuffing food can be made to show that the core filling is completely close to the inner filling. . As can be seen from the above, the present invention prevents the inner layer filling from being condensed inwardly and adhering to the core filling material by suctioning the air blowing device, thereby preventing a gap between the core filling material and the inner layer filling material. In order to avoid damage to the stuffed food during the baking process, it is also possible to maintain the appearance of the stuffed food.

The novel creation department relates to a solid molding structure of a double filling food, which is a food machine for manufacturing a three-layered stuffing food, [refer to the first figure] which includes:

A machine (1), [please refer to the second and third figures together] has a body (11), the table (11) is provided with a base (12), and the base (12) is penetrated at a predetermined position There is a base through hole (121), and the base portion (12) is assembled with a pair of connecting rings (122) corresponding to the base through holes (121), and the base portion (12) is integrally formed with a concave shaped fixing plate (13). The fixed disk (13) has a fixed through hole (131) corresponding to the base through hole (121), and the base (12) is provided with a turntable driving device (14). The turntable driving device (14) Having a rotating shaft (141), the top end of the rotating shaft (141) passes through the base portion (12) and the fixing plate bottom portion (13) and is located in the fixing plate (13), and the fixing plate (13) is disposed inside There is a circular shape of the turntable (15), and the center of the turntable (15) is connected with the rotating shaft (141) of the turntable driving device (14), so that the turntable driving device (14) During the operation, the turntable (15) can be rotated by the rotating shaft (141), and the top of the turntable (15) and the core filling material having an average annular arrangement with the center of the turntable (15) as a reference point Positioning holes (151), and the distance between each of the core filling holes (151) to the center of the turntable (15) is the same as the distance from the base through hole (121) to the center of the turntable (15), so each of the holes The core filling hole (151) is rotatable to correspond to the base through hole (121) (the core filling hole (151) corresponds to the base through hole (121) and also corresponds to the connecting ring ( 122) and the fixed through hole (131));

An air suction unit (2), [please refer to the second figure] has an upper support frame (21) fixed on the base (12) of the machine table (1), and the upper support frame (21) The side is provided with a linear drive (22) having a linear slider (221) that can slide up and down linearly, and the linear slider (221) of the linear actuator (22) is connected to a movable tube (23) The linear actuator (22) can drive the movable tube (23) to slide up and down, and the movable tube (23) corresponds to the base through hole (121) (ie, the movable tube (23) also corresponds to the fixed The through hole (131) and the core filling hole (151) are arranged to pass through the core filling hole (151), and the fixed disk is sequentially passed when the movable tube (23) slides down a movable nozzle (231) is fixed to the lower end of the movable tube (23), and an air blower device (24) is connected to the upper end of the movable tube (23). Pipeline is only a schematic illustrating the evacuated blowing means (24)), so that the pumping blowing means (24) can be drawn into or blown out through the gas moving pipe (23) with the movable nozzle (231);

a discharge die (3) for extruding the outer skin and the inner layer filling, [please refer to the fourth, fifth, sixth and seventh figures together] having an outer cylinder (31), The outer tube (31) has a skin inlet (311) and an inner filling inlet (312) on both sides, and the bottom of the outer tube (31) is fixed to the top of the lower shell (32), and the lower shell (32) a driving gear inlet (321) is formed at one side, and the lower casing (32) is assembled with an outer nozzle (33), and an inner tapered surface which is tapered from the top to the bottom is provided on the inner side of the outer nozzle (33), and the outer nozzle (33) A stirring gear (34) under the outer cylinder (31) is disposed in the lower casing (32), and a stirring gear upper joint (313) is fixed on the bottom of the outer cylinder (31), the lower shell (32) The inner side is fixed with a stirring gear lower joint (322) corresponding to the stirring gear upper connecting member (313), and the stirring gear (34) is disposed on the stirring gear upper connecting member (313) and The agitating gear lower joint (32 Between the two, the agitating gear (34) is simultaneously sleeved with the agitating gear upper member (313) and the agitating gear lower member (322), so that the agitating gear (34) cannot move up and down but can rotate. And the agitating gear (34) corresponds to the driving gear inlet (321) of the lower casing (32), the agitating gear (34) is annular, and the agitating gear (34) is near the inner side and runs downward through the plurality An average annularly arranged agitating gear through hole (341), and the agitating gear (34) is driven by a driving gear inlet (321) provided in the base body (11) and extending into the lower casing (32) The gear (16) is engaged such that the agitating gear (34) can be driven to rotate by the driving gear (16), and the outer cylinder (31) is provided with an inner cylinder (35), and the inner cylinder (35) is convex outside. Forming two outer protrusions (351), and one of the outer protrusions (351) has an inner inlet (352) penetrating to the inner side of the inner cylinder (35), the inner cylinder (35) The outer side of the outer bump (351) is in close contact with the inner side of the outer cylinder (31) and the inner inlet (352) corresponds to the inner filling inlet (312) of the outer cylinder (31), and the outer side of the inner cylinder (35) The inner side of the outer cylinder (31) is spaced apart by a predetermined distance for the outer skin to flow downward, and the bottom of the inner cylinder (35) is provided with a plurality of inner ring members (353) connected downwardly, and the inner ring members (353) Just adjacent to the agitating gear (34), and one of the inner ring members (353) is just outside the agitating gear (34), and the bottom of the inner ring member (353) is fixed at the bottom. An inner discharge nozzle (36) beside the inner side of the outlet nozzle (33), the inner circumference of the outlet nozzle (36) having a smaller diameter than the outer circumference of the outer nozzle (33), so that the inner discharge nozzle (36) The outer side is spaced apart from the inner side of the outer nozzle (33) by a predetermined distance for downwardly extruding the outer skin, and the outer side of the inner discharge nozzle (36) is provided with an outer tapered surface which is tapered from the top to the bottom, and the inner cylinder (the inner cylinder) 35) There is an inner conduit (37) inside. The lower end of the inner conduit (37) corresponds to the inner side of the inner discharge nozzle (36), and the upper end of the inner conduit (37) passes through the top of the inner cylinder (35), and the outer side of the inner conduit (37) and the inner cylinder (35) the inner side, the inner side of the inner ring member (353), and the inner side of the inner discharge nozzle (36) are separated by a predetermined distance for the inner layer filling material to flow downward, and the outer side of the inner duct (37) is convex at the lower end. Forming a plurality of spiral guide bars (371), the discharge die (3) further has a connecting pipe (38) fixed to the top of the inner cylinder (35) and corresponding to the inner conduit (37) outside the upper end, the inside of the connecting pipe (38) is communicated with the inside of the inner pipe (37), and the upper end of the connecting pipe (38) is assembled to the base (12) connecting ring of the machine (1) (122) And corresponding to the base through hole (121), so that the connecting tube (38) and the inner tube (37) simultaneously correspond to the fixed through hole (131) and the movable tube (23);

a cutting and forming device (4) disposed under the discharge die (3) for cutting the outer skin and the inner portion extruded into the strip by the discharge die (3) a layer filling, the cutting and forming device (4) has a plurality of cutting members (41) which can be clamped inwardly or outwardly, and each of the cutting members (41) can be cut when being clamped inward. And the cutting and forming device (4) is arranged to be movable up and down;

a conveying unit (5) disposed under the cutting and forming device (4), the conveying unit (5) having a conveyor belt (51) and a movable plate disposed under the conveyor belt (51) and movable up and down (52), the movable plate (52) corresponds to the discharge die (3), and when the movable plate (52) is moved upward, the conveyor belt (51) can be fed to the discharge die (3) Raise.

[Refer to Fig. 2, Fig. 4, Fig. 5, Fig. 6 and Fig. 7] The inside of the outer cylinder (31) is produced in the discharge die (3) of the solid forming structure of the double filling food. Forming an inner side of the lower casing (32) and an inner side of the outer nozzle (33) and an outer side of the inner cylinder (35), an outer side of the inner ring member (353), and an outer side of the inner discharge nozzle (36). The outer skin passage for extruding the outer skin, the inner side of the inner cylinder (35), the inner side of the inner ring member (353), and the inner side of the inner discharge nozzle (36) and the outer side of the inner conduit (37) are formed. The inner layer filling passage for extruding the inner layer of the filling material, and the outer skin passes through the agitating gear (34) while circulating in the outer skin passage, and the inner side of the agitating gear (34) is closely attached to one of the inner ring members ( 353) outside, so the outer skin will pass through the agitating gear through hole (341) of the agitating gear (34), and the agitating gear (34) will be driven to rotate, so that the outer skin can be stirred while passing through the agitating gear through hole (341). The role.

When the new type of double-filled food solid structure is used, [please refer to the first, third, fourth, fifth and eighth figures] the outer skin inlet (311) of the outer cylinder (31) is connected. A skin supply device (not shown) disposed on the table body (11), the skin supply device feeds the skin into the skin passage through the outer skin inlet (311) of the outer tube (31), and the fed skin passes through the outer skin. The passage is extruded downward to the outer discharge nozzle (33), and the inner filling inlet (312) of the outer cylinder (31) is connected to an inner filling supply device (also shown in the same). Not shown), the inner layer filling device feeds the inner layer filling material into the inner layer filling channel through the inner layer filling inlet (312) and the inner tube (35) of the inner tube (35), and is fed into the inner layer filling channel. The layer filling is pushed down through the inner filling passage to the inner discharge nozzle (36), and the inner filling is separated from the outer skin before being discharged into the inner discharge nozzle (36), and the core filling is separated. Then placed in the core filling of the turntable (15) (151), and the movable plate (52) of the cutting and molding device (4) and the conveying unit (5) moves up and down, and starts here when the cutting and molding device (4) moves up to the highest point. It is explained that when the cutting and molding device (4) moves to the highest point, the movable plate (52) of the conveying unit (5) also moves to the highest point at the same time and lifts the conveyor belt (51) up to the highest point, and then cuts off. The forming device (4) and the movable plate (52) are lowered together, and at this time, the discharging die (3) has been extruded with an exposed outer skin and the inner layer of the outer skin is closely adhered to the inner layer filling, and the inner layer filling is There is a core filling and the bottom and side of the core filling are tightly attached to the inside of the inner filling (how the core filling is sent to the inner filling will be described in detail below), and when the cutting device is cut off (4) When the highest point is reached and the lowering is started, the cutting members (41) of the cutting and forming device (4) will start to be pinched inwardly to squeeze the exposed portion of the outer skin and the inner layer filling material. The inner layer of the filling material is tightly covered with the top of the core filling and cut off When the cutting members (41) of the type device (4) are completely clamped inward, the outer skin and the inner layer filling material are cut into a three-layered stuffing food containing a core filling material. And the cut food which is cut out is taken up by the conveyor belt (51) under the cutting and forming device (4), and when the cutting and forming device (4) starts to descend from the highest point, the discharging die ( 3) The outer skin and the inner layer filling to be cut will continue to be extruded, and when the cutting device (4) is lowered by a distance from the movable plate (52), [please refer to the second figure, The ninth and tenth diagrams] the turntable driving device (14) will operate once to drive the turntable (15) to rotate an angle so that the next core filling placement hole (151) simultaneously corresponds to the fixed disk of the fixed disk (13). The connecting ring (122) of the through hole (131) and the base portion (12), the core filling corresponding to the core filling hole (151) of the fixed through hole (131) will fall and sequentially pass through the connecting ring ( 122), connecting pipe (38) and inner pipe ( 37) All the way to the extruded inner layer filling, and when the turntable (15) is rotated to the position and stopped, the linear drive (22) will also operate to drive the movable tube (23) to slide down, [Please Referring to FIG. 11 together, the movable nozzle (231) at the lower end of the movable tube (23) pushes the core filling downward to make the bottom of the core filling adhere to the inner filling, and then the linear drive (22) When the driving movable tube (23) starts to slide back to the original position, the discharging die (3) stops the extrusion of the outer skin and the inner layer filling, and the air blowing device (24) is simultaneously blown to start the inner layer. The air in the filling material is extracted through the movable tube (23) and the movable nozzle (231). At this time, the air inside the inner layer filling material is extracted, so that the air pressure is lowered, and the outer skin and the inner layer filling material are inwardly contracted. The inner layer filling is in close contact with the side of the core filling, and the moving tube (23) moves a short distance after the suction device (24) stops pumping, then when the movable tube (23) moves to the highest point or is about to When the highest point is reached, the air blowing device is 4) The blowing stroke will be started to blow out the filling debris sucked during the pumping process to avoid the obstruction of the movable tube (23) or the movable nozzle (231), and when the cutting device (4) is cut and transported At the moment when the movable plate (52) of the unit (5) is moved downward to the lowest point, the cutting member (41) of the cutting forming device (4) is still completely clamped inward, and then the cutting device is cut. (4) At the moment of moving up again, the cutting member (41) of the cutting and molding device (4) starts to be deployed outward, so that the cutting and molding device (4) cuts the member (41) when moving upward. It does not come into contact with the section of the skin that has been extruded by the discharge die (3), and then when the cutting and forming device (4) is moved to the highest point, the cutting piece (41) of the cutting device (4) is also cut. The inside will be re-indented to cut off the inner layer of the extruded skin and the inner layer of the outer skin, so the above process will be repeated repeatedly to make a double stuffing food.

[Please refer to the fourth, fifth and eighth figures] It is also worth emphasizing that when the inner filling is passed through the spiral guide (371) outside the inner conduit (37), the inner filling will be guided. When the inner layer filling is extruded from the inner discharge nozzle (36), the inner layer filling is squeezed to the inner side of the outer skin, and the rotational kinetic energy is made inside. The layer filling can be placed on the inside of the outer skin to prevent a gap between the inner filling and the outer skin.

The novel creation of a double-filled food solid structure, [see first, eighth, ninth, tenth and eleventh figures], in addition to being used to make stuffed food with a single core filling It is also possible to create a stuffed food (such as a double egg yolk moon cake) containing two or more core fillings by changing the operation schedule, for example, when the turntable (15) is rotated for the first time The core stuffing falls into the inner layer filling, and the linear drive (22) drives the movable tube (23) to make a round trip up and down to push the first core filling which falls into the inner layer filling, and then cut and shape. The device (4) and the movable plate (52) are temporarily stopped, and then the turntable (15) is rotated once again to cause the second core filling to fall into the inner filling, and the linear drive (22) drives the movable tube (23). The next round trip is used to push the second core filling, and the movable tube (23) is pumped against the first and second core fillings, and the cutting device (4) and the activity are cut off. The plate (52) is after the movable tube (23) pushes the second core filling Continued follow-up action, you can make a package has two core fillings stuffed food.

In addition to the stuffing food for making two or more fillings by changing the stroke, [please refer to the first, second, third and fourth figures] in another embodiment (here The embodiment is illustrated in the original embodiment, and the other embodiment described above is not directly illustrated. It is also possible to insert two or more core filling holes (151) in the turntable (15) (Fig. Only one turn is shown in the middle, and the base through hole (121) of the base (12) can be selected to have only one but a large aperture, so that the base through hole (121) with a larger aperture can simultaneously correspond to each core filling. The hole (151) is placed, or the base through hole (121) is selected to be plural, so that the respective base through holes (121) respectively correspond to the respective core filling placing holes (151), and are provided with plural When the base through hole (121) is used, the ring diameter of the connecting ring (122) is also set to be larger to correspond to each of the base through holes (121), and the fixed through hole (131) is also like the base through hole (121). Choose one with a larger aperture Instead, a plurality of linear actuators (22) are connected to two or more movable tubes (23), and each movable tube (23) is a single base through hole (121) corresponding to a larger aperture at the same time. Or, when a plurality of base through holes (121) are provided, respectively corresponding to the respective base through holes (121), and each movable tube (23) corresponds to each of the core filling filling holes (151), and the discharging die In the inner cylinder (35) of (3), a single inner tube (37) having a large diameter can be selected to simultaneously correspond to each movable tube (23), and each movable tube (23) can be simultaneously inserted. Alternatively, a plurality of inner conduits (37) are provided to respectively correspond to the respective movable tubes (23), and the movable tubes (23) can be respectively inserted, so that the core stuffing is simultaneously placed in each core filling during the food production. The material is placed in the hole (151), so that each time the turntable (15) is rotated, the plurality of core fillings are simultaneously dropped into the inner layer filling, and the linear drive (22) drives the plurality of movable tubes (23) simultaneously. to Inserting the conduit (37) for moving pipe by a plurality of (23) to the respective core while resisting fillings, whereby the same can be produced having two or more fillings of the food products to the core.

The novel creation of the double-filled food solid-formed structure has the advantage that the inner layer filling is adhered to the core filling by the pumping action of the blowing air device to prevent the inner layer filling and the core filling material from being between A void is created, and because the outer side of the inner tube is provided with a spiral guide strip, the inner layer filling material is guided to rotate when passing through the spiral guide strip, so that the inner layer filling material can be rotatably attached to the inner side of the outer skin when being extruded. In order to prevent the gap between the inner layer filling and the outer skin, the creation can produce a solid and void-free stuffing food, and become a progressive product.

The above description is only a preferred embodiment of the novel creation, and the scope of the novel creation cannot be limited thereto. That is, the equal changes and modifications made by Dafan in accordance with the scope of application for patents shall remain within the scope of this creation patent.

In summary, when the novel creation is novel and progressive, and the creation of this new type is not seen in any publication, it is in compliance with Article 104 of the Patent Law and Article 120 of the Patent Law and Article 22 of the Applicable Law.

1‧‧‧Machine 11‧‧‧Table 12‧‧‧ Base 121‧‧‧Base through hole 122‧‧‧Connecting ring 13‧‧‧Fixed disc 131‧‧‧Fixed through hole 14‧‧‧ Turntable drive Device 141‧‧ ‧ Rotary shaft 15‧‧‧ Turntable 151‧‧ ‧ core stuffing hole 16‧‧‧ drive gear 2‧‧‧ pumping unit 21‧‧‧ upper support frame 22‧‧‧ linear drive 221‧‧ ‧ Linear slides 23‧‧‧ Activity tubes 231‧‧‧ Activity nozzles 24‧‧                  31 ‧ ‧ out of the 311 ‧ ‧ outer cylinder 311 ‧ ‧ rinth import 312 ‧ ‧ Layer filling import 313‧‧‧Spinning gear upper joint 32‧‧‧ Lower shell 321‧‧‧Drive gear import 322‧‧‧Agitator gear lower joint 33‧‧‧Outlet nozzle 34‧‧‧Agitating gear 341‧ ‧ ‧ Stirring gears through holes 35 ‧ ‧ inner cylinder 351 ‧ ‧ outer bumps 352 ‧ ‧ import 353 ‧ ‧ inner ring 36 ‧ ‧ inside nozzle 37 ‧ ‧ internal guidance 371‧‧‧ helical tube connecting bars 38‧‧‧ 4‧‧‧ cutoff shaping member cutting apparatus 41‧‧‧ 5‧‧‧ 51‧‧‧ belt conveying unit movable plate 52‧‧‧

The first figure is a side view of the overall structure of the solid structure of the double-filled food. The second figure is a side cross-sectional view of the machine table and the discharge die of the novel creation of the double-filled food solid forming structure. The third picture is a schematic view of the solid forming structure of the novel double-filled food. The fourth picture is a schematic cross-sectional view of the discharge die of the novel forming double-filled food solid forming structure. The fifth figure is a three-dimensional schematic diagram of some parts of the discharge die of the novel forming double-filled food solid forming structure. The sixth figure is a schematic cross-sectional view of the A-A line of the fourth figure. The seventh figure is a schematic cross-sectional view taken along line B-B of the fourth figure. The eighth figure is a schematic diagram of the action of creating a stuffed food with a solid shaped structure of the double-filled food. The ninth figure is a schematic diagram of the operation of the turntable when the new type of double-filled food solid-formed structure is rotated. The tenth figure is a schematic diagram of the action of the movable tube of the solid shape forming structure of the double-filled food product moving downward. The eleventh figure is a schematic diagram of the movable tube of the solid creation structure of the double-filled food product which is moved downward to resist the core stuffing. The twelfth figure is a schematic view of the structure of the double filling food.

Claims (5)

The utility model relates to a solid filling structure of a double filling material, comprising: a machine table having a body, the table body is provided with a base portion, and the base portion has at least one base through hole through a predetermined position, and the base portion is formed with a fixed disk. The fixed disk has at least one fixed through hole corresponding to the through hole of the base, and the base is provided with a turntable driving device, the turntable driving device has a rotating shaft, and the top end of the rotating shaft passes through the base and the bottom of the fixed plate And located in the fixed disk, and the fixed disk is provided with a turntable, and the center of the turntable is connected with the rotating shaft of the turntable driving device, and the top of the turntable is penetrated downwardly with a plurality of reference points at the center of the turntable. At least one turn of an average annular array of core filling placement holes; an air extraction unit having an upper support frame fixed to the base of the machine, the upper support frame side being provided with a linear drive, the straight line The actuator is connected to at least one movable tube, and the movable tube corresponds to the base through hole, and a movable nozzle is fixed at a lower end of the movable tube, and an upper end of the movable tube is connected to an air blower device A discharge die has an outer cylinder, and two sides of the outer cylinder respectively have a skin inlet and an inner layer filling inlet, and the bottom of the outer tube is fixed to the top of the lower shell, and the lower shell is assembled with an outer nozzle. And an inner cylinder is disposed in the outer cylinder, and two outer protrusions are formed on the outer side of the inner cylinder, and one outer side of the outer protrusion penetrates an inner inlet to the inner side of the inner cylinder, and the inner cylinder is outside The outer side of the convex block is in close contact with the inner side of the outer tube, and the inner inlet corresponds to the inner layer filling inlet of the outer tube, and the outer side of the inner tube is separated from the inner side of the outer tube by a predetermined distance, and the bottom of the inner tube is provided with a plurality of The inner ring member connected to the lower phase and the bottom of the inner ring member at the bottom are fixed with an inner discharge nozzle corresponding to the inner side of the outer nozzle, and the inner circumference of the inner nozzle is smaller than the diameter of the outer nozzle The outer side of the inner discharge nozzle is spaced apart from the inner side of the outer nozzle by a predetermined distance, and the inner cylinder is provided with at least one inner tube, and the lower end of the inner tube corresponds to the inner side of the inner discharge nozzle, and the upper end of the inner tube Then passing through the top of the inner cylinder, the outer side of the inner tube is inside the inner tube, The inner side of the inner ring member and the inner side of the inner discharge nozzle are separated by a predetermined distance, and the outer side of the inner tube protrudes to form a plurality of spiral guide strips, and the discharge die further has a connecting tube, and the connecting tube is fixed to the inner tube. The top portion and the outer end of the inner tube are connected to communicate with the inner portion of the inner tube. The upper end of the connecting tube is assembled to the base of the machine and corresponds to the base through hole. The double-filled food solid-formed structure according to the first aspect of the patent application, wherein the inner side of the discharge nozzle of the discharge die is provided with an inner tapered surface which is tapered from top to bottom. The double-filled food solid-formed structure according to the first aspect of the patent application, wherein the outer side of the inner discharge nozzle of the discharge die is provided with an outer tapered surface which is tapered from top to bottom. The double-filled food solid-formed structure according to the first aspect of the patent application, wherein a lower side of the lower side of the discharge die has a drive gear inlet, and a lower part of the lower casing is provided with a stirring gear below the outer cylinder And the agitating gear corresponds to the driving gear inlet of the lower casing, the agitating gear is annular, and the agitating gear is disposed at a near inner side and downwardly through a plurality of agitating gear through holes, and the agitating gear is disposed at the same The drive gear meshing into the drive gear inlet of the lower casing is engaged, and the agitating gear is driven to rotate by the drive gear, and one of the inner ring members of the inner cylinder is in close contact with the inner side of the agitating gear. According to the fourth aspect of the patent application, the double-filled food solid-forming structure, wherein the bottom of the outer cylinder is fixed with a stirring gear upper joint, and the inner side of the lower shell is fixed with a stirring corresponding to the joint of the stirring gear. a gear lower joint, the agitating gear is disposed between the agitating gear upper joint and the agitating gear lower joint.