KR0183431B1 - Fruit flesh input apparatus for preparing ice-cream - Google Patents

Abstract

The present invention relates to a pulp filling apparatus for ice-cream production, and relates to a pulp-feeding apparatus for ice-cream production, which transfers a pulp to form a part of an ice-cream surface by allowing a slice of a pulp sliced to a certain size to be in close contact with one surface of an ice-cream module. Direction, the feed means having a plurality of poke stages provided with a plurality of pulp molds at equal intervals in a vertical direction and circulating stepwise, and the fork stages engaged with the transfer means so that the respective fork stages step by step in a constant trajectory. It consists of a driving means for providing a driving force to be transported, and an operating means installed on the upper portion of the conveying means and operating in the direction and up and down of the conveying means to seat the pulp placed on the upper part of the pulp mold in the inside of the ice mold. The slices of pulp adhered to one side of the ice and mold form part of the ice and outer surface. The purpose of the present invention is to provide a fruit filling device for making ice creams, which can enhance the visual effect by not only savoring the taste of various fruits together with the ice cream, but also making the colors of the fruits and fruits harmonize with each other.

Description

Ice input device for ice cream manufacturing

1 is a schematic view schematically showing a conventional ice cream manufacturing apparatus.

Figure 2 is an exploded perspective view showing the configuration of the ice pulp dosing device for ice-making according to the present invention.

3a to 3c are views showing the operating state of the drive means according to the invention,

a is a side view showing the drive means before operation;

b is a side view showing an operating state of the drive means.

c is a side view showing a state after the operation of the drive means.

4A to 4F are schematic diagrams showing an operating state of the operating means of the present invention.

* Explanation of symbols for main parts of the drawings

10: fork dan 11: flesh flesh

12: seat surface 13: incision surface

20: rotating body 21: rotating actuator

22: rotation locking body 23: rotation locking projection

24: operating bar 25: hinge portion

26: stopper 27, 32: cylinder

28: hinge hole 29: rotation support bar

30: fork 30a: day

31: push rod 33: support

34: guide 35: operating plate

36: actuator 40: circulation means

41: Ice and Mold 50: Mix Filler

60: stick inserter 61: stick

70 washing means 71 calcium chloride aqueous solution tank

The present invention relates to a fruit filling device for making ice cream, which is transported so that the cut surface of a fruit cut into a predetermined size can be placed on one surface of the ice cream mold in the manufacture of ice cream, and in particular, the flesh mold is equally spaced along the longitudinal direction. A conveying means configured to allow the installed fork end to circulate in a predetermined track in the width direction, a driving means for providing a driving force to the conveying means, and installed on an upper portion of the conveying means, the pulp being operated in its operating direction and up and down By configuring the device as an operation means for seating the inside of the ice cream mold, the slices of the pulp adhered to one side of the ice cream mold form the outer surface of the ice cream, so that you can not only enjoy the taste of various fruits together with the ice cream but also the fruit and the fruit. The present invention relates to a fruit filling device for making ice cream.

In general, the ice cream manufacturing apparatus of the related art, as shown in Figure 1 of the accompanying drawings, the ice cream module 41 is provided at regular intervals and the circulation means 40 made to be circulated in a predetermined trajectory step by step, such circulation The mixing filler (50: MIX FILLER) is installed in the upper portion of the means 40 to supply the ice cream material to the ice cream mold 41, and the stick 61 is cooled at a predetermined temperature inside the ice cream mold 41. It consists of a stick inserter (60: STICK INSERTER).

In addition, the bottom portion of the circulation means 40 is provided with a washing means 70 for washing / drying the inside of the frozen ice mold 41 that has been taken out for packaging by the frozen ice cream. A calcium chloride aqueous solution tank 71 (BRINE TANK) is provided so that the ice cream supplied to 41 can be cooled appropriately.

In particular, the mix filler 50 is made of a structure that can be inserted into the inside of the frozen fruit by splitting the pulp and the like to a certain size by varying the diameter of the nozzle for injecting the frozen dessert into the frozen dessert mould (41).

However, the conventional ice cream manufacturing apparatus is difficult to distinguish between different types of the fruit flesh impregnated with the inside of the ice cream when the ice cream containing the flesh using the mix filler is difficult to distinguish the types, so that consumers who taste the ice cream The perception of the flesh contained is low and needs to be supplemented.

Accordingly, the present invention has been made in view of the above point, in which the slices of the pulp sliced to a certain size is in close contact with one surface of the ice and mold to transfer the pulp to form a portion of the ice and the fruit filling apparatus for making ice The present invention relates to a conveying means configured to circulate stepwise a plurality of poke stages provided with a plurality of pulp molds at equal intervals in the vertical direction of the operation direction, and to each other so that the fork stages are aligned with each other. Drive means for providing a driving force to be transported step by step in the operation, and the operation is installed on the upper portion of the conveying means and seated on the inside of the ice mould, while the pulp placed on the upper part of the pulp mold while operating in the operation direction and up and down By constructing the means, a piece of pulp adhered to one side of the ice and mold is used to remove a portion of the ice and the outer surface. The composition is not only to enjoy the taste of various fruits with the ice cream, but also to achieve the visual effect of the ice cream and fruit color can be harmonized with each other to further enhance the visual effect is its purpose. .

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

The present invention provides a fork end (10) made of a plate body having a length longer than the width of the conveying means configured to circulate in a predetermined trajectory while interlocking stepwise along the width direction, and a driving force so that the conveying means can be rotated stepwise. The driving means is provided and the operating means installed on the upper portion of the conveying means and the operating means combined with the upper and upper and operable, the conveying means is on the upper portion of the fork end 10, etc. The pulp mold 11 is installed at intervals, and is made to be interlocked in stages as the driving means is driven. The driving means has a constant trajectory perpendicular to the operating direction and rotates at equal intervals 23. Rotor 20 is formed, and any one rotation selected while being installed in parallel with the center of the rotation body 20 while receiving a rotation restriction inside Rotating actuator 21 including an operating bar 24 to rotate the locking projection 23, and hinged out of the range of the rotation trajectory of the rotating body 20 and at the same time interlocked with the rotating actuator 21 It is installed to be made of a rotary locking body 22 that can be selectively caught on the rotating locking projection 23 to limit the rotation of the rotating body 20, the operating means is a support 33 installed on the upper portion of the transfer means The working body which is lifted and lowered by the operation of the lifter cylinder 32b provided at the bottom of the working plate 35 installed to be slidably flowable in the horizontal direction while overlapping each other at a position corresponding to the pulp mold 11 inside the 36 and a fork 30 and push rod 31 mounted inside the actuator so as to slide horizontally, and to provide a driving force for selectively operating these 30 and 31; Consisting of cylinders 32c and 32d It features.

In a preferred embodiment of the present invention, the pulp mold 11 has a cylindrical shape having a certain amount of height having a seat surface 12 formed at the top thereof, and at one side of the outer circumferential surface thereof, the cut surface 13 is capable of communicating with the upper surface thereof. It is characterized by being formed.

In addition, the operation bar 24 is made of a rod member having a predetermined length and at the same time eccentric to the hinge portion 25 formed inside the rotary actuator 21 is fixed to be rotatable, such a hinge portion 25 It is characterized by being rotated in the opposite direction to the rotor 20 by the stopper 26 formed on the lower side of the rotary actuator 21 formed.

In addition, the fork 30 and the push rod 31 are characterized in that they can operate simultaneously or independently in the horizontal direction according to the operation of the respective cylinders 32c, 32d.

This will be described in more detail with reference to the accompanying drawings.

2 is an exploded perspective view showing the configuration of a fruit filling device for producing ice cream according to the present invention. Here, reference numeral 41 denotes a freezing mould, and 40 denotes a circulating device configured to be circulated in stages with the freezing mould being installed at equal intervals.

The present invention provides a feeder for stepwise conveying the fork stage 10 in which the pulp mold 11 is installed, drive means for providing a driving force to allow the feeder to repeatedly rotate within a predetermined trajectory, and an upper portion of the feeder. The fork 30 and the push rod 31 installed in the fork end 10 are composed of operating means combined to slide in the rotational direction of the fork end 10 and up and down.

The conveying means is composed of a plurality of fork end 10 is installed so that a plurality of pulp mold 11 corresponding to the ice and mold 41 at equal intervals along the width direction so that it can be rotated step by step in a constant rotation trajectory have.

The fork stage 10 is preferably provided in the circulation means 40 can be placed in a position facing each other at the horizontal position of the ice and mold 41 is rotated in stages.

That is, in the state in which the circulation means 40 is rotated step by step within a certain range, the transfer means is rotated step by step within the same range as this, so that the circulation means 40 and the transfer means and the pulp mold 11 and the ice and mold 41 will always secure the position corresponding to each other.

In addition, the pulp mold 11 is formed in a cylindrical shape having a constant height with a groove-shaped seating surface 12 formed on the upper end, and at one side of the outer peripheral surface thereof is formed with an incision surface 13 to communicate with the upper surface. have.

In particular, the incision surface 13 is formed in the same number as the blade 30a of the fork 30, which will be described later, the pulp is placed on the upper portion of the pulp mold 11 using the fork (30) It is desirable to allow easy seating on top of 30a).

The driving means is installed on the rotational center shaft of the transfer means and the rotating body 20 is integrally rotated operation, and the rotating actuator 21 is installed so as to be independently rotatable and coincident with the axis of this (20) And, the rotating body 20 is composed of a rotating locking body 22 for limiting the rotation to be rotatable only within a predetermined range.

In addition, the rotating body 20 is made of a plate body having a constant diameter, the rotation engaging projection 23 is formed at equal intervals at a point having a constant radius from the center on the outer peripheral surface.

In particular, the rotary actuator 21 is made of a rod member having a predetermined size and is rotated by a cylinder 27 which is operated by hydraulic or pneumatic pressure, and is installed so as to overlap the upper part of the rotary locking protrusion 23. 23) are installed to be operated side by side while rotating without interference with each other.

The inner side of the rotary actuator 21 installed in this way, that is, on one surface of the rotary actuator 21 facing the rotary body 20 at a position having a radius slightly larger than the rotary radius of the rotary locking protrusion 23. The hinge portion 25 is formed, and the stopper 26 is protruded from the lower portion of the hinge portion 25.

The hinge portion 25 formed above is provided with an operation bar 24 rotatable within a limited range.

The operating bar 24 is made of a rod member having a smaller overall size than the rotary actuator 21, but a rod member having a length slightly longer than the length connecting the rotary locking projection 23 and the stopper 26. consist of.

In addition, a hinge hole 28 is formed at a position eccentrically from the center of the operating bar 24 over its entire length, and the hinge hole 28 is hinged so as to be rotatable to the hinge portion 25. do.

The operation bar 24 allows the upper portion of the operating bar 24 to be positioned within the rotational trajectory of the rotation locking projection 23 with respect to the hinge portion 25, and the bottom thereof in the direction in which the rotating body 20 rotates. When placed on the rear side of the stopper 26, the rotary bar 21 is operated in the rotational direction thereof, so that the operating bar 24 is rotated by the projection 23 and the stopper 26. It is desirable to be able to hang on.

On the other hand, outside the range of the rotation trajectory of the rotating body 20 is provided with a rotating catching body 22 so as to operate simultaneously with the rotating actuator 21 to limit the rotating range of the 20.

The rotation catching body 22 is formed of an N-shaped rod member whose horizontal side is relatively shorter in length than the vertical side, and rotates in a direction opposite to the cylinder 27 providing a driving force to the rotary actuator 21. It is installed to be possible.

In addition, the rotating catching body 22 and the rotating actuator 21 are hinged and fixed so as to be rotatable with both ends of the rotating support bar 29, respectively, by the driving of the cylinders 27 and 22. At the same time, it is preferable to install so as to be interlockable in the same direction.

The rotating catching body 22 installed as described above is integrally engaged with the rotating actuator 21 in the same direction and is caught by any one of the rotating catching protrusions 23, thereby selectively rotating the rotating body 20. It is desirable to be able to limit.

The actuating means comprises a fork 30 and a push rod 31 which are slidably movable in the vertical / horizontal direction in the state of overlapping each other inside the support 33 installed on the upper portion of the conveying means, these 30, 31 ) Is composed of a cylinder 32 providing a driving force to be selectively operated.

The support 33 is composed of a plate of a constant width having a skeleton in the form of a rectangular parallelepiped, the operating plate slides in parallel with the transfer means while being guided by the guide 34 in accordance with the operation of the cylinder (32a) (35) is provided.

In addition, an actuator 36 is formed at the bottom of the operating plate 35 so as to be able to slide up and down by the operation of the cylinder 32b provided on the upper portion of the iron plate.

In particular, the inside of the actuator 36 is installed in a state in which the push rod 31 is placed on the upper portion of the fork 30 formed in the N-shape at the position corresponding to the pulp mold 11, respectively, such a fork The 30 and the push rod 31 are provided so that slide flow is possible in the horizontal direction of the independent cylinder 32c, 32d, and the said support stand 33, respectively.

In addition, the push rod 31 has a length of the horizontal side slightly smaller than the length of the horizontal side of the fork 30, so that the push rod 31 pushes the pulp in the state where the flesh is lifted using the fork 30, the ice and mold It is desirable to be able to easily push it into the interior of the 41.

The fork 30 installed as described above can be lowered to the upper part of the cut surface 13 of the pulp mold 11, so as to lift the fork 30 upward by using the cylinder 32b. Accordingly, it is possible to lift the pulp placed on the upper portion of the pulp mold 11.

The cylinders 32c and 32d installed as described above may be selectively controlled in the operation direction while the two cylinders are operated separately or independently under the control of a control unit (not shown) of the pulp feeding device of the present invention. It is desirable to have. The operation process for this will be described in more detail in the effects described later.

Hereinafter, with reference to the accompanying drawings will be described in more detail the effect of the present invention.

(A) to (c) of FIG. 3 are views showing an operating state of the driving means according to the present invention, and reference numeral 40 denotes a circulation means.

Here, the driving means constituting the present invention will be described first.

When the ice and mold 41 is horizontally positioned while the circulation means 40 is rotated, the driving means is operated. First, the pulp is placed on the pulp mold 11 installed above the transfer means, and at the same time the cylinder 27 constituting the driving means is driven to rotate the rotary actuator 21.

At this time, the rotation direction of the rotary actuator 21, as shown in (a) of FIG. 3 of the accompanying drawings, rotates in a clockwise direction, and at the same time, it is possible to interlock with this 21 and the rotation support bar (29). The rotating catching body 22 installed to rotate in the same direction.

In addition, the operation bar 24, which is positioned parallel to the rotary actuator 21 by being caught by the stopper 26, is gradually vertically erected vertically while rotating in the direction opposite to the direction as the 21 is rotated. do. The state in which the operation bar is operated is well illustrated in (b) of FIG. 3.

The operation bar 24 erected in this way is to press the rotary locking projection 23 as the rotary actuator 21 is further rotated, accordingly, the rotary body 20 formed integrally with this (23) Will rotate.

As the rotating body 20 is rotated as described above, the conveying means, that is, the fork end 10 installed to be interlocked with the 20 is rotated clockwise as shown in the embodiment of the present invention along the width direction. Done.

On the other hand, the rotary engaging body 22 installed to be interlocked with the rotary actuator 21 is rotated in the clockwise direction as the 21 is rotated while entering into the rotation trajectory of the rotary locking projection 23 the operation bar. The 24 is then caught by the rotational projection 23 of the pressing.

Therefore, the rotating body 20 is no longer rotated, and as shown in (c) of the accompanying drawings, the operating means is stopped in the state in which the rotating body 20 and the conveying means interlocked with this 20 are stopped. It will start operation.

As described above, when the transfer means and the driving means are finished, the operation means starts operation as shown in (a) to (f) of FIG. 4. At this time, the fork end 10 is in a state located slightly below the front end of the blade 30 of the fork 30 constituting the operating means.

In this way, by driving the cylinder 32b on which the fork end 10 is placed downward, the actuator 36 is lowered. At this time, the blade 30a of the fork 30 is the cut surface of the pulp mold 11 ( It is located in a horizontal position a little farther from the same height as 13).

Subsequently, another pair of cylinders 32c and 32d are operated to allow the blade 30a to be fitted into the incision surface 13, and the cylinder 32b is then driven upward to operate the actuator 36. ) Is placed in a horizontal position with the ice and mold 41.

At this time, the pulp placed on the upper portion of the pulp mold 11 is in a state in which the fork 30 and the push rod 31 are in close contact with the tip of the fork 30.

The cylinder 32a is then driven so that the operating plate 35 can face the front surface of the ice and mold 41 so that the upper portion of the fork 30 on which the pulp is placed can flow into the interior of this 41. do.

Finally, the cylinder 32d is operated to push the pulp placed on the top of the fork 30 while the rod 31 is operated in the horizontal direction of the fork 30 so as to be placed inside the ice and mold 41. .

In this way, the actuator 36 in which the pulp is administered to the inside of the frozen fruit mold 41 is returned to its original position by the operation of the cylinder 32a. This operation is completed after the operation of the transfer means and the driving means is completed. It is done repeatedly.

In addition, as shown in (c) of FIG. 3, the process of driving the conveying means again in a state in which the rotating body is fixed is as follows.

First, the cylinder 27 is rotated counterclockwise as the rotary actuator 21 is rotated counterclockwise as it is operated to the right as shown in the accompanying drawings. It rotates in the direction and exits from within the rotation trajectory of the rotation locking projection 23.

At this time, the operation bar 24 is caught by the stopper 26 as the rotary actuator 21 is further rotated while maintaining the vertical state, and in this state, the operation bar 24 is integrally counterclockwise with this 26. Will rotate.

The operating bar 24 rotated in this way can avoid the interference with the rotating locking projection 23 caught on the rotating locking body 22, and as the rotating operating body 21 is further rotated, this (21) It is returned to its original position, that is, parallel to the original position.

In this state, by repeating the same method as the operation method of the drive means described above it is possible to position the pulp inside the ice and mold while repeating the transfer means and the operation means step by step.

As described above, the present invention provides a feed means configured to circulate a predetermined track in the width direction of a fork end provided with a pulp mold at equal intervals along the longitudinal direction, and drive means for providing a driving force to the transfer means; It is installed on the upper portion of the conveying means and actuated in its operating direction and up and down to configure the operation means for seating the flesh in the inside of the ice fruit mould, the slice of the flesh adhered to one side of the ice fruit mould is integral with the outer surface of the ice fruit It can be formed as, not only to enjoy the taste of various fruits with the ice cream, but also to satisfy the various needs of consumers by matching the color and taste of the fruit and ice.

Claims (4)

A feed means configured to circulate in a predetermined trajectory while the fork end 10 made of a plate body having a length longer than the width is interlocked step by step along the width direction, and a drive for providing a driving force so that the feed means can be rotated step by step. Means and the operating means is installed on the upper portion of the conveying means to be combined to be operable in the operating direction and up and down of the fork end 10, the conveying means is pulp at equal intervals on the upper portion of the fork end (10) Mold 11 is provided, and the drive means is made to be interlocked step by step as the drive means, the drive means has a constant trajectory perpendicular to the operating direction and the rotation engaging projection 23 is formed at equal intervals It is installed in parallel with the center of the entire body 20 and the rotating body 20, and at the same time any one rotation locking projection selected while receiving a rotation restriction inside (2) 3) the rotating actuator 21 including the operation bar 24 to rotate the installation, and hinged out of the range of the rotation trajectory of the rotating body 20 and installed so as to be interlocked with the rotating actuator 21 It is made of a rotary locking body 22 that can be selectively caught by the rotary locking projection 23 to limit the rotation of the rotating body 20, the operating means is located inside the support 33 installed on the upper portion of the transfer means An actuator 36 which is lifted and lowered by an operation of a lifter cylinder 32b provided at a bottom of the work plate 35 installed to be slidably flowable in a horizontal direction while overlapping each other at a position corresponding to the pulp mold 11; And a fork 30 and a push rod 31 installed inside the actuator so as to slide horizontally, and a cylinder 32c for providing a driving force to selectively operate these 30 and 31. ), (32d) characterized in that Pulp input device for making ice cream. According to claim 1, wherein the pulp mold 11 is formed in a cylindrical shape having a constant height with a seat surface 12 formed on the top, and at one side of the outer peripheral surface is formed with a cut surface 13 so as to be in communication with the upper surface Ice pulp input device for ice cream manufacturing, characterized in that. According to claim 1, wherein the operation bar 24 is made of a rod member having a predetermined length and at the same time is fixed to the rotatable eccentric to the hinge portion 25 formed on the inside of the rotary actuator 21, such a hinge portion Ice pulp manufacturing apparatus for ice-free manufacturing, characterized in that the rotary body 20 is rotated in the opposite direction by the stopper (26) formed on the lower side of the rotary actuator 21 is formed. According to claim 1, wherein the fork (30) and the push rod (31) can be operated simultaneously or independently in the horizontal direction in accordance with the operation of each of the cylinder (32c), (32d) pulp input for ice making Device.