CN111453044A

CN111453044A - Carousel formula candy kink packagine machine

Info

Publication number: CN111453044A
Application number: CN202010275498.8A
Authority: CN
Inventors: 汤强军
Original assignee: 汤强军
Current assignee: DONGGUAN JINWANG FOOD Co.,Ltd.
Priority date: 2020-04-09
Filing date: 2020-04-09
Publication date: 2020-07-28
Anticipated expiration: 2040-04-09
Also published as: CN111453044B

Abstract

The invention discloses a rotary table type candy twisting and packaging machine, which structurally comprises a rotary table twisting body, grain separating channels, an output port, a controller and a main conveying box, wherein the grain separating channels are arranged above the rotary table twisting body, the output port is welded on the outer surface of the rotary table twisting body and communicated with each other, soft sweets can roll into the rotary table twisting body indirectly and are wrapped by packaging paper, the soft sweets can roll to an inclined heavy arc on a heavy supporting head firstly, compartments among the grain separating channels can change according to the radian of the soft sweets contacted with a vertex ball, can carry out point contact state on the lower radian resisted by the soft sweets, can not be fixed in area and stick, a force homogenizing head swings to pull a force strip, the soft sweets originally arranged on a middle pocket mouth are guided in directions by an inner inclined core to guide one force of a force bearing layer, when the position on the side of the spreading supporting strip swings, the hard edge can be connected with the force bearing part, the jelly can be released indirectly and individually, so that the jelly can be twisted at intervals and can not stick together.

Description

Carousel formula candy kink packagine machine

Technical Field

The invention belongs to the field of twisting type packaging machines, and particularly relates to a rotary disc type candy twisting packaging machine.

Background

When round soft sweets are orderly rolled into the packing paper, the round soft sweets are uniformly rolled into the packing paper at intervals through continuous rotation of the rotary disc, and are twisted and wrapped one by one to form a production line for outputting and cutting.

Based on the above findings, the present inventors found that the conventional carousel type candy kink packing machine mainly has the following disadvantages, for example:

the ball shape of the soft sweet has a rolling effect, when the soft sweet is rolled and conveyed to the packing paper, the soft sweet is subjected to temperature melting, the outer layer of the soft sweet is adhered to the rolling channel, the appearance is damaged, and the subsequent rolling soft sweet is influenced.

There is therefore a need for a carousel-type candy kink packing machine.

Disclosure of Invention

In order to solve the problem that the ball shape of the soft sweet has rolling effect, when the soft sweet is rolled and conveyed to the packing paper, the soft sweet is subjected to temperature melting, the outer layer of the soft sweet is glued on the rolling channel, the appearance is damaged, and the subsequent rolling soft sweet is influenced.

The invention relates to a rotary disc type candy twisting packaging machine, which is achieved by the following specific technical means:

the structure of the device comprises a rotary disc twisting body, a grain separating channel, an output port, a control machine, a main conveying box and a bottom fixing end.

Separate the way and arrange the carousel in and turn round body top, the delivery outlet welds in the carousel and turns round body surface and communicates each other, the controller is installed in main fortune case up end, the main one end of transporting the case and keeping away from the controller is connected with end solid end.

As a further improvement of the invention, the grain separating channel comprises a heavy supporting head, an upper top plate, a placing and limiting channel and a supporting assisting strip, wherein the placing and limiting channel penetrates through the inner part of the upper top plate, the supporting assisting strip is connected with the heavy supporting head, and the supporting assisting strip is made of rubber materials and has certain pulling property.

As a further improvement of the invention, the weight support head comprises a force balancing head, a middle support arc, an inclined weight arc, an arc concave angle and a force strip, wherein the force balancing head and the force strip are of an integrated structure, one end of the force strip, far away from the force balancing head, is connected with the inclined weight arc, the arc concave angle is embedded in the inclined weight arc, the inclined weight arc and the middle support arc are of an integrated structure, the force balancing head is of a spherical structure, and the number of the middle support arcs is four, and two of the middle support arcs are in one group.

As a further improvement of the invention, the inter-supporting arc comprises fan supporting angles, concave partition openings, vertex balls and partitions, the vertex balls are connected with the fan supporting angles, the fan supporting angles are installed inside the concave partition openings, the partitions are installed between the concave partition openings, the fan supporting angles are of a fan-shaped structure, and the vertex balls are of a spherical structure.

As a further improvement of the invention, the inclined heavy arc comprises unfolding support strips, side support openings and a middle inlet, wherein the side support openings are arranged between the unfolding support strips, the inner side ends of the unfolding support strips are connected with the outer surface of the middle inlet, the unfolding support strips are uniformly distributed in a circular structure, and the middle inlet is in a spherical structure.

As a further improvement of the invention, the spreading and supporting strip comprises an end ball, extension cores and end protective heads, wherein the extension cores are arranged on the outer surface of the end ball, one ends of the extension cores, far away from the end ball, are connected with the end protective heads, and the extension cores are three and are in abutting distribution in the vertical direction.

As a further improvement of the invention, the extension core comprises an inclined core, a stable layer and a uniform force core, wherein the inclined core is embedded in the stable layer, one end of the stable layer far away from the inclined core is connected with the uniform force core, four inclined cores are arranged, two inclined cores are in a group, and the uniform force core is in a spherical structure.

As a further improvement of the invention, the side support opening comprises hard edges, overlapped openings, rubber arcs, hook heads and extension surfaces, the overlapped openings are arranged between the hard edges, the hook heads and the rubber arcs are of an integrated structure, the extension surfaces are attached to the outer surfaces of the hook heads, the hook heads are in a hook shape and are provided with two hook heads, the rubber arcs are of an arc structure, and the overlapped openings are in a front-back stacked state.

Compared with the prior art, the invention has the following beneficial effects:

1. its soft sweets will roll into the carousel indirectly and turn round internal portion, wrap up it through the wrapping paper, its soft sweets will roll earlier and heavily support the overhead heavy arc of inclining, and the outer material resources of holding in the palm of large tracts of land carry out point contact to its soft sweets and attach, and the compartment between changes according to the radian of the soft sweets that the summit ball contacted, can carry out the point contact state to the lower radian that soft sweets contradicted, can not fix and stick of area.

2. The force-equalizing head swings to pull the force-equalizing strip, soft sweets originally placed on the middle pocket mouth are guided in direction by the internal inclined core, one stress guide of the stress layer is guided, when the unfolding support strip swings with the side part, the hard edge is connected with the stress part, the soft sweets can be released indirectly and singly, and the soft sweets can be twisted at intervals and cannot be stuck together.

Drawings

Fig. 1 is a schematic view showing a structure of a carousel type candy kink packing machine according to the present invention.

FIG. 2 is a schematic front view of an internal structure of a particle separating channel according to the present invention.

Fig. 3 is a schematic front view of an internal structure of a re-supporting head according to the present invention.

Fig. 4 is a schematic front view of an internal structure of an intermediate arc according to the present invention.

FIG. 5 is a schematic top view of an exemplary tilted-weighted arc according to the present invention.

Fig. 6 is a schematic front view of an internal structure of the stretching strip of the present invention.

Fig. 7 is a front view of an internal structure of an extended core of the present invention.

FIG. 8 is a schematic front view of an internal structure of a side bracket port according to the present invention.

In the figure: a rotary table twist body-t 011, a grain separating channel-t 022, an output port-t 033, a control machine-t 044, a main conveying box-t 055, a bottom fixing end-t 066, a heavy supporting head-q 11, an upper top plate-q 22, a limit placing channel-q 33, a supporting strip-q 44, a force homogenizing head-101, a middle supporting arc-202, an inclined heavy arc-303, an arc concave angle-404, a force strip-505, a fan supporting angle-g 10 and a concave spacing port-g 20, apex ball-g 30, compartment-g 40, expansion support strip-w 11, side support opening-w 22, middle inlet-w 33, end ball-001, extension core-002, end protection head-003, inclination core-s 01, stable layer-s 02, uniform force core-s 03, hard edge-x 11, overlapped opening-x 22, glue arc-x 33, hook head-x 44 and extension surface-x 55.

Detailed Description

The invention is further described below with reference to the accompanying drawings:

example 1:

as shown in figures 1 to 4:

the invention provides a rotary disc type candy twisting packaging machine which structurally comprises a rotary disc twisting body t011, a grain separating channel t022, an output port t033, a control machine t044, a main conveying box t055 and a bottom fixing end t 066.

Separate a say t022 and arrange carousel wrench body t011 top in, delivery outlet t033 welds in carousel wrench body t011 surface and communicates each other, control machine t044 installs in main fortune case t055 up end, the main one end of transporting case t055 and keeping away from control machine t044 is connected with end solid end t 066.

The particle separating channel t022 comprises a heavy support head q11, an upper top plate q22, a placing limit channel q33 and a support assisting strip q44, wherein the placing limit channel q33 penetrates through the inside of the upper top plate q22, the support assisting strip q44 is connected with the heavy support head q11, the support assisting strip q44 is made of rubber materials and has certain pulling performance, the upper top plate q22 limits the whole internal range, the placing limit channel q33 controls the range of motion of a foreign object, the heavy support head q11 bears the gravity of the foreign object in the whole process and stretches along with the gravity of the foreign object, and the support assisting strip q44 plays a middle-end buffering role in a stressed part and a constant-force part.

The weight support head q11 comprises a force balancing head 101, a middle support arc 202, an inclined weight arc 303, an arc concave angle 404 and a force strip 505, wherein the force balancing head 101 and the force strip 505 are of an integrated structure, one end, far away from the force balancing head 101, of the force strip 505 is connected with the inclined weight arc 303, the arc concave angle 404 is embedded into the inclined weight arc 303, the inclined weight arc 303 and the middle support arc 202 are of an integrated structure, the force balancing head 101 is of a spherical structure, the middle support arc 202 is provided with four or two arcs in a group, the arc concave angle 404 fixes the integral stressed bending angle, the inclined weight arc 303 supports the foreign materials in a large area, the middle support arc 202 enables the contact area of the collided foreign materials to be in a point shape, and when the force balancing head 101 inclines, the center of gravity can be changed.

Wherein, between ask arc 202 to include fan supporting angle g10, concave division mouth g20, summit ball g30, compartment g40, summit ball g30 is connected with fan supporting angle g10, fan supporting angle g10 installs inside concave division mouth g20, install compartment g40 between the concave division mouth g20, fan supporting angle g10 is fan-shaped structure, summit ball g30 is the spheroid structure, compartment g40 is arranged in as long as bear between two of external force, plays the effect of protection, and concave division mouth g20 lets the position of middle-end have certain fluctuation to distinguish, and the area that summit ball g30 contacted with the foreign object is a punctiform, and fan supporting angle g10 stabilizes the installation area of linking up the position.

The specific use mode and function of the embodiment are as follows:

in the invention, when the spherical soft sweets are placed in the main conveying box t055 for conveying, the soft sweets need to be conveyed into the particle separating channel t022 in a particle separating way, the soft sweets can indirectly roll into the rotary table torsion body t011 and are wrapped by the wrapping paper, so the soft sweets are output through the output port t033, and when the soft sweets are distributed at intervals through the placing limiting channel q33 in the process of treating the soft sweets, the soft sweets are softened by heat, the soft sweets roll to the inclined heavy arc 303 on the heavy supporting head q11 firstly, the arc 202 between the parts abutted by the outer layer of the inclined heavy arc 303 is supported, the salient point of the vertex ball g30 is highlighted by the depression of the concave spacing opening g20, the soft sweets are supported in a point contact way, and the arc concave angles 404 between the compartments g40 are changed according to the radian of the vertex ball g30, so that the soft sweets are temporarily held and retained.

Example 2:

as shown in fig. 5 to 8:

the inclined heavy arc 303 comprises an unfolding support strip w11, a side support strip w22 and a middle inlet w33, the side support strip w22 is installed between the unfolding support strips w11, the inner end of the unfolding support strip w11 is connected with the outer surface of the middle inlet w33, the unfolding support strips w11 are uniformly distributed in a circular ring structure, the middle inlet w33 is of a sphere structure, the unfolding support strip w11 surrounds the center to uniformly bear foreign objects, the middle inlet w33 fixes the force of the whole center, and the side support strip w22 generates required stretching according to the stress degree of two side parts.

Wherein, the strip w11 is held in palm in exhibition includes end ball 001, extension core 002, end and protects head 003, extension core 002 is installed in end ball 001 surface, the one end that end ball 001 was kept away from to extension core 002 is connected with end and protects head 003, extension core 002 is equipped with three and is the vertical direction and contradicts and distribute, end protects head 003 and plays the guard action to holistic external position, and end ball 001 fixes whole fixed stress point, and extension core 002 extends holistic lifting surface.

The extension core 002 comprises an inclination core s01, a stable layer s02 and a uniform force core s03, wherein the inclination core s01 is embedded into the stable layer s02, one end, far away from the inclination core s01, of the stable layer s02 is connected with the uniform force core s03, four inclination cores s01 are arranged, two inclination cores are arranged to form a group, the uniform force core s03 is of a sphere structure, the uniform force core s03 enables the stress on the outer side to be distributed with a node, the inclination core s01 guides the stress of the stress layer, and the stable layer s02 plays a role of extension between the connection parts.

Wherein, hold in the palm mouthful w22 including hard limit x11, fold mouthful x22, gluey arc x33, gib head x44, extension face x55, fold mouthful x22 and install between hard limit x11, gib head x44 and gluey arc x33 be the integral structure, it laminates in gib head x44 surface to extend face x55, gib head x44 is the crook and is equipped with two, gluey arc x33 is the arc structure, fold mouthful x22 is the state of piling up from beginning to end, fold mouthful x22 has limited the area of dragging at linking position, and gluey arc x33 plays the effect of dragging back when both sides atress, and gib head x44 is the reaction force with the fixed surface when linking position atress.

The specific use mode and function of the embodiment are as follows:

in the invention, when the soft sweets are placed on the middle inlet w33 and the soft sweets at the lower end are sequenced by rolling, the heavy support head q11 bears the drooping force and the uniform force head 101 swings to pull the force strip 505, the soft sweets originally placed on the middle inlet w33 are pulled unidirectionally by the force strip 505 to pull the spread support strip w11, the extension core 002 is pulled outwards by the point fixed by the end ball 001 and guided by the internal inclined core s01, the uniform force core s03 can swing the end protective head 003 in an auxiliary way and swing downwards along the radian of the limit channel q33, when the spread support strip w11 swings with the side part, the hard edge x11 is toward the stressed part, the overlapped opening x22 is pulled by the hook head x44, the glue arc x33 at the upper end is pulled back, and the spread support strip w11 and the side support opening w22 can form a certain indirect soft sweets opening.

The technical solutions of the present invention or similar technical solutions designed by those skilled in the art based on the teachings of the technical solutions of the present invention are all within the scope of the present invention to achieve the above technical effects.

Claims

1. The utility model provides a carousel formula candy kinks packagine machine, its structure includes that the carousel twists the body (t011), separates grain way (t022), delivery outlet (t033), control machine (t044), mainly transport case (t055), end admittedly (t066), its characterized in that:

separate a way (t022) and arrange carousel wrench body (t011) top in, delivery outlet (t033) welds and twists body (t011) surface and switch on each other in the carousel, install in main fortune case (t055) up end controller (t044), the main one end of transporting case (t055) and keeping away from controller (t044) is connected with end solid end (t 066).

2. The carousel candy kink packaging machine of claim 1 wherein: the grain separating channel (t022) comprises a heavy supporting head (q11), an upper top plate (q22), a placing limiting channel (q33) and a supporting assisting strip (q44), wherein the placing limiting channel (q33) penetrates through the inner part of the upper top plate (q22), and the supporting assisting strip (q44) is connected with the heavy supporting head (q 11).

3. The carousel candy kink packaging machine of claim 2 wherein: heavy holding in the palm head (q11) including even power head (101), between hold in the palm arc (202), incline heavy arc (303), arc reentrant angle (404), power strip (505), even power head (101) and power strip (505) are the integral structure, the one end that even power head (101) were kept away from in power strip (505) is connected with incline heavy arc (303), arc reentrant angle (404) are embedded inside incline heavy arc (303), incline heavy arc (303) and between hold in the palm arc (202) as the integral structure.

4. The carousel candy kink packaging machine of claim 3 wherein: the middle supporting arc (202) comprises a fan supporting angle (g10), a concave spacing opening (g20), a vertex ball (g30) and a compartment (g40), the vertex ball (g30) is connected with the fan supporting angle (g10), the fan supporting angle (g10) is installed inside the concave spacing opening (g20), and a compartment (g40) is installed between the concave spacing opening (g 20).

5. The carousel candy kink packaging machine of claim 3 wherein: the inclined heavy arc (303) comprises unfolding support strips (w11), side support openings (w22) and a middle inlet (w33), the side support openings (w22) are arranged between the unfolding support strips (w11), and the inner side ends of the unfolding support strips (w11) are connected with the outer surface of the middle inlet (w 33).

6. The carousel candy kink packaging machine of claim 5 wherein: exhibition holds in palm strip (w11) including end ball (001), extension core (002), end shield (003), extension core (002) is installed in end ball (001) surface, the one end that end ball (001) was kept away from in extension core (002) is connected with end shield (003).

7. The carousel candy kink packaging machine of claim 6 wherein: the extension core (002) comprises an inclination core (s01), a stable layer (s02) and a uniform force core (s03), wherein the inclination core (s01) is embedded inside the stable layer (s02), and one end, far away from the inclination core (s01), of the stable layer (s02) is connected with the uniform force core (s 03).

8. The carousel candy kink packaging machine of claim 5 wherein: the side support opening (w22) comprises a hard edge (x11), a folding opening (x22), a glue arc (x33), a hook head (x44) and an extension surface (x55), wherein the folding opening (x22) is installed between the hard edge (x11), the hook head (x44) and the glue arc (x33) are of an integrated structure, and the extension surface (x55) is attached to the outer surface of the hook head (x 44).