TWI424874B - Crystal ball forming machine - Google Patents

Description

Crystal ball forming machine

The invention relates to a crystal ball forming machine, in particular to a crystal ball or a single crystal ball forming machine which can be internally filled with a material in a switching process according to requirements.

In general, collagen is insufficient, which can cause skin aging, inelasticity, wrinkles, and sagging. Therefore, the current beauty care products enhance the smoothness, fineness and moisturization of the user's skin, and add collagen and levovitamin to the skin care products. C, growth factors and biochemically active peptides and other ingredients have a considerable effect on reducing fine lines and wrinkles, increasing skin elasticity and strengthening the skin's ability to lock water.

However, when used, the collagen and the added skin care products are all in the form of a transparent liquid or a clear liquid, and must be taken or squeezed when taken, and the amount thereof is not easy to control, and it is easy to cause excessive extraction or extrusion. It is wasteful, and it is very inconvenient. After using the skin care products, the original ingredients and tissues will be damaged and the preservation will be poor.

At present, there is a moisturizing ball structure for skin, which is provided with a transparent crystal ball, and the crystal ball system has a capsule in which a fish embryonic granule or (and) squamous collagen is coated. The capsule, the advantages of this moisturizing ball structure are:

1. The fish scale collagen capsule or (and) the caviar embryo granules are formed into a granular moisturizing sphere, which can be taken in a quantitative manner, and the dosage is easy to control, so that it is not convenient to cause waste or too little smearing.

2. The moisturizing sphere itself has elasticity, and the fish embryonic granules are mixed with a number of bright powders, so that the particles between the moisturizing sphere and the moisturizing sphere are easily distinguished, and the use is not confused.

3. The moisturizing ball system can be directly added with medium or essence mixed in the bottle to keep the moisturizing sphere moist and active. When the skin surface is used for maintenance, the moisturizing sphere is broken by external force, making the skin easier to absorb. .

4. The surface of the squamous collagen capsule also has a soft translucent elastic film layer, which has an isolation function to prevent oxidation, so that the fish scale collagen capsule, the caviar embryo granule maintains the original composition and prevents the tissue from being destroyed, and the preservation property good.

The Republic of China Patent Publication No. I227170 discloses a method for producing a seamless capsule, which is a method for coating a seamless capsule containing a filling material such as medicine with a liquid film substance into a spherical shape. The liquid film material at a low temperature is accumulated in the groove, and is slowly heated to a predetermined temperature on the way to the multi-layer nozzle of the same core, and then flows out from the multi-layer nozzle of the same core. Thereby, it is possible to prevent deterioration of the film material and excessive decrease in viscosity. Then, the liquid filling material and the film material flow out from the multi-layer multi-layer nozzle, and vibration is applied to block it, thereby forming a dripping liquid centered on the outside of the filling material as a film material. The drip liquid is smoothly dispersed in a state in which the drip liquid is dispersed in the hardening liquid, and the surface of the film material is hardened to form a seamless capsule.

However, the capsule made by this method is a single output during molding, and the quantity cannot be measured, so the cost cannot be effectively reduced, and the price is high, so it cannot be popularized and promoted.

The invention is used for manufacturing the moisturizing ball for skin, and the device is made into a moisturizing ball (crystal ball), which can effectively solve various problems that the control product quantity is not easy to control, the excessive use is wasteful, and the preservation property is not good.

In addition, the problem of the production of the above-mentioned conventional seamless capsules being too low can be solved.

The invention provides a crystal ball forming machine, comprising: a first material tank, the first material tank is provided with a first feed port, a first agitator, a first feed pump and a first storage material. a second material tank, the second material tank is provided with a second feed port, a second agitator, a second feed pump and a second storage tank; a crystal ball generator, the crystal The ball generator includes a plurality of flow holes, and the crystal ball generator is connected to the first feed port of the first material tank and the second feed port of the second material tank, and the crystal ball generator The flow hole is two corresponding first V-shaped discharge ports and a second V-shaped discharge opening, the first V-shaped discharge opening corresponds to the first raw material groove, and the second V-shaped discharge opening corresponds to The second material tank; a former comprising a static settling zone and a vortex forming zone, the static settling zone corresponding to the orifice of the crystal ball generator, the static settling zone of the former An overflow pipe is provided; a disperser includes a first pipe connecting the open end of the vortex forming zone of the former, and The first pipeline is provided with a discharge forming control valve; a filter corresponding to the mesh of the disperser, the filter comprises a screen and an opening, the filter is inclined from one side to the other side a finished collection tank corresponding to the opening of the filter; a circulation tank corresponding to the screen of the filter; a back pressure control unit connecting the first material tank and the first Two raw material tanks.

Wherein the first material tank comprises a first temperature control regulator, and the second material tank comprises a second temperature control regulator.

The first material tank is provided with a first liquid level indicating controller and the second material tank is provided with a second liquid level indicating controller, and the first liquid level indicating controller is electrically connected to the first feeding pump The second liquid level indicating controller is electrically connected to the second feed pump.

Wherein the first storage bin comprises a third temperature control regulator, and the second storage bin comprises a fourth temperature control regulator.

Wherein the filter is further provided with a process peep.

Wherein the circulation tank is provided with a primary filter, and the circulation tank is provided with a second pipeline, and the second pipeline is provided with a primary filter.

The second pipeline of the circulation tank is provided with a pump, the pump is provided with a flow indicating controller, and the pump is electrically connected to the flow indicating controller.

The specific features and effects of the present invention are as follows:

1. The first supply port and the second supply port are two corresponding V-shaped discharge ports, so that the crystal ball itself can form a crystal ball of the inner coating raw material.

2. The static settling zone is used to gradually change the crystal ball from the flat shape to the spherical shape, and the vortex forming zone then inputs the water flow by the tangential line, so that the circulating fluid generates eddy current, so that the crystal ball is rounded by the surrounding water flow force in the vortex forming zone. Sphere.

3. Since the crystal ball generator has a plurality of orifices, the crystal ball can be formed into multiple pieces at a time instead of a single output, which is easy to mass-produce in quantity, and the circulating liquid of the crystal ball immediately contacting the stationary settling zone is immediately generated. A film for protecting the crystal ball, the film has an isolation function, can prevent oxidation, keep the crystal raw material to maintain the original composition and prevent the tissue from being damaged, and has good preservability.

4. The qualified crystal ball product flows to the finished product collection tank according to the power flow, and the unqualified crystal ball product and the circulating liquid pass through the primary filter of the circulation tank, and the secondary filtration set by the second pipeline of the circulation tank After the double filtration, the clean circulating fluid is output to the vortex forming zone, so that the circulating fluid can be recycled repeatedly.

5. The filter flow screen can be used to open the screen size and clean the screen.

6. The overflow pipe of the static settling zone has an adjustable height function, and the time of standing solidification (forming a film) can be optimally adjusted according to the characteristics of different crystal ball raw materials.

7. The agitator can make the concentration of the raw materials in the first raw material tank and the second raw material tank uniform.

8. The temperature control regulator is used to control the viscosity of the raw materials in the first raw material tank and the second raw material tank and the circulating liquid in the circulating tank to facilitate the adjustment of the flow rate.

9. The back pressure control unit can control the forming speed and particle size of the crystal ball.

10. The liquid level indicating controller can control the volume of the raw material feed, and thus can control the quantity of the finished crystal ball.

As shown in the first figure and the second figure, the present invention is a crystal ball forming machine comprising a first material tank (1) and a second material tank (2), a crystal ball generator (3), and a a former (4), a disperser (5), a filter (6), a finished collection tank (7), a circulation tank (8) and a back pressure control unit (9), wherein: the first material tank (1) A first supply port (11), a first agitator (12), a first feed pump (13) and a first storage tank (14) are provided.

The second material tank (2) is provided with a second supply port (21), a second agitator (22), a second feed pump (23) and a second storage tank (24).

The first material tank (1) and the second material tank (2) are used for making a crystal ball of the inner cladding material, and the first material tank (1) comprises a first temperature control regulator (15). The second material tank (2) comprises a second temperature control regulator (25); the first material tank (1) is provided with a first liquid level indicating controller (16) and the second material tank (2) is provided with a first a two-level indicating controller (26), the first liquid level indicating controller (16) is electrically connected to the first feeding pump (13), and the second liquid level indicating controller (26) is electrically connected Connecting the second feed pump (23), and the first storage tank (14) comprises a third temperature control regulator (17), the second storage tank (24) comprising a fourth Temperature control regulator (27).

The temperature controlled by the third temperature control regulator (17) and the fourth temperature control regulator (27) is lower than the first temperature control regulator (15) and the second temperature control regulator (25), and the first The feed pump (13) connects the external first storage tank (14) and the second feed pump (23) to the external second storage tank (24) to further supplement the first raw material tank (1) And the raw material of the second raw material tank (2).

a crystal ball generator (3) connecting the first material tank (1) and the second material tank (2), the crystal ball generator (3) comprising a plurality of orifices (31), as shown in the third figure As shown in the fourth figure, the orifice (31) of the crystal ball generator (3) is a corresponding first V-shaped discharge port (311) and a second V-shaped discharge port (312). The first V-shaped discharge port (311) corresponds to the first material tank (1), and the second V-type discharge port (312) corresponds to the second material tank (2).

The former (4) comprises a static settling zone (41), a vortex forming zone (42), and the static settling zone (41) corresponds to the orifice (31) of the crystal ball generator (3) And the static settling zone (41) of the former (4) is provided with an overflow pipe (411), which has the function of adjusting the height of the circulating liquid (A), and can be different according to different crystal balls. The characteristics of the raw materials are optimally adjusted to the time during which they are allowed to solidify (form a film).

The disperser (5) includes a first conduit (51) connected to the open end (421) of the vortex forming zone (42) of the former (4), and the first The pipe (51) is provided with a discharge forming control valve (511), which functions to control the crystal ball in the vortex forming zone (42) to be formed into a true spherical body and then discharged.

a filter (6) corresponding to the disperser (5), the filter (6) comprising a screen (61) and an opening (62), the filter (6) being from one side to the other side Tilting; the filter (6) is further provided with a process peep (63) that can open the flow peep (63) to renew the screen (61) size and clean the screen (61).

The finished product collection tank (7) corresponds to the opening (62) of the filter (6).

The circulation groove (8) corresponds to the screen (61) of the filter (6), and the circulation groove (8) is provided with a second pipe (81) connected to the former (4), and another circulation groove (8) A primary filter (82) is provided, and a second conduit (81) of the circulation tank (8) is provided with a secondary filter (83), and a second conduit of the circulation tank (8) The road (81) is provided with a pump (84), the pump (84) is provided with a flow indicating controller (841), and the pump (84) is electrically connected to the flow indicating controller (841), and its function system The qualified crystal ball product flows to the finished product collection tank (7) according to the power flow, the unqualified crystal ball product and the circulating liquid (A) pass through the primary filter (82) of the circulation tank (8), and the circulation tank (8) After the secondary filter (83) provided in the second line (81) is double filtered, the clear circulating liquid (A) is then output from the pump (84) to the former (4) to make the circulating liquid (A) can be recycled repeatedly.

The back pressure control unit (9) connects the first material tank (1) and the second material tank (2), and the back pressure control unit (9) functions as a first material by means of gas back pressure The raw materials in the tank (1) and the second raw material tank (2) are evenly pressed to achieve the pressure average of each orifice (31), and the speed of the crystal ball generation and the different back pressures of the materials according to different surface tensions can be controlled. The fluid, by which, controls the size and velocity of the crystal ball.

The flow of the present invention is as shown in the first figure and the second figure. First, the first raw material tank (1) and the second raw material tank (2) are used to back-press the first raw material tank (1). B) and the second raw material (C) of the second raw material tank (2) is uniformly pressed so that the first raw material (B) and the second raw material (C) entering the crystal ball generator (3) are obtained from the crystal ball generator ( 3) The orifice (31) is released; referring to the third figure, the first V-shaped discharge port (311) corresponds to the first material tank (1), and the second V-shaped discharge port (312) Corresponding to the second raw material tank (2), the second raw material (C) is expanded downward by the back pressure and the gravity of the first raw material (B), and the second raw material (C) is coated with the first raw material (B). ), back pressure and gravity cause the first raw material (B) and the second raw material (C) to fall, and the second raw material (C) completely coats the first raw material (B) to form a flat state crystal ball ( D), wherein the second raw material (C) is controlled by a gap between the first V-shaped discharge port (311) and the second V-shaped discharge port (312).

After the crystal ball (D) is formed, it is first dropped into the static settling zone (41) of the former (4), and the static settling zone (41) is filled with a circulating liquid (A), the crystal ball (D) and the circulating liquid (A) Upon filming, a film (E) is produced, and the hardness of the film (E) depends on the residence time of the crystal ball (D) placed in the static settling zone (41) and the eddy current forming zone (42), so The liquid level of the circulating liquid (A) adjusted by the overflow pipe (411) and the fluid circulation speed of the vortex forming zone can adjust the hardness of the outer film (E) of the crystal ball (D) while the crystal ball (D) settles in the static state. The zone (41) is also gradually corrected from a flat state to a spherical shape, and then the crystal ball (D) coated by the film (E) falls into the vortex forming zone (42) from the stationary settling zone (41).

After the crystal ball (D) falls into the vortex forming zone (42), a vortex is generated by the tangentially input circulating liquid (A), so that the crystal ball (D) is subjected to the surrounding circulating liquid (A) in the vortex forming zone (42). The vortex force becomes a sphere, and then the crystal ball (D) enters the first line of the disperser (5) by the open end (421) of the vortex forming zone (42) via the discharge molding control valve (511) ( 51) and enter the disperser (5).

After the crystal ball (D) enters the disperser (5), the disperser (5) uniformly disperses the crystal ball (D) to the filter (6).

After the crystal ball (D) enters the filter (6), the qualified crystal ball (D) flows to the finished product collection tank (7) according to the power flow, and the unqualified crystal ball (D) and the circulating liquid (A) pass through The primary filter (82) of the circulation tank (8) and the secondary filter (83) provided by the second line (81) of the circulation tank (8) are double-filtered, and the clear circulating liquid (A) is further The pump (84) is output to the former (4) so that the circulating liquid (A) can be recycled repeatedly.

As shown in the fifth figure, it is a cross-sectional view of a crystal ball (D) made by the crystal ball forming machine of the present invention, the innermost layer is the first raw material (B), and the second layer is the second raw material (C), the outermost layer. Is a film (E).

As shown in the sixth figure, a variation of the present invention is for making a single crystal ball, which is provided with a single material tank (1A), which contains a feed port (11A), a A back pressure control unit (12A), a stirrer (13A) and a feed pump (14A), the feed pump (14A) is connected to one of the external storage tanks (2A) to further replenish the raw material tank (1A) The raw material tank (1A) further comprises a liquid level indicating controller (15A) electrically connected to the feeding pump (14A), the raw material tank ( 1A) further includes a temperature control regulator (16A), and the storage tank (2A) also includes a temperature control regulator (21A); the subsequent flow of the material tank (1A) is the same as the above embodiment, and will not be described again.

The first raw material of the present invention is fertilized gentian zebra embryo, and the second raw material is collagen, which can be applied to cosmetics, but the application of the first raw material and the second raw material of the present invention can be diversified, When the first raw material and the second raw material are replaced by edible extracts (or extracts), they can also be used as health foods; others, such as spices, essential oils, medicines, enzymes, probiotics, animal cells and plant cells, etc. Use this system to wrap applications.

The above is only the preferred embodiment of the present invention, and is not intended to limit the features of the present invention. The re-creation of the technical means and the creation principle of the present invention is still within the scope of the present invention. Therefore, the statements of the present invention and the description of the present invention are not intended to limit the scope of the present invention; any changes and modifications made by those skilled in the art without departing from the spirit and scope of the invention are intended to be included in the invention. Within the scope of patents, it is reasonable.

(1). . . First material tank

(11). . . First supply port

(12). . . First stirrer

(13). . . First feed pump

(14). . . First storage bucket

(15). . . First temperature control regulator

(16). . . First level indicator controller

(17). . . Third temperature control regulator

(2). . . Second material tank

(twenty one). . . Second supply port

(twenty two). . . Second agitator

(twenty three). . . Second feed pump

(twenty four). . . Second storage bucket

(25). . . Second temperature control regulator

(26). . . Second level indicator controller

(27). . . Fourth temperature control regulator

(3). . . Crystal ball generator

(31). . . Flow hole

(311). . . First V-type discharge port

(312). . . Second V-type discharge port

(4). . . Shaper

(41). . . Static settling zone

(411). . . Overflow pipe

(42). . . Eddy current forming zone

(5). . . Diffuser

(51). . . First line

(511). . . Discharge molding control valve

(6). . . Filter

(61). . . Screen

(62). . . Opening

(63). . . Process peep

(7). . . Finished product collection tank

(8). . . Circulation slot

(81). . . Second pipeline

(82). . . Primary filter

(83). . . Secondary filter

(84). . . Pump

(841). . . Flow indication controller

(9). . . Back pressure control unit

(A). . . Circulating fluid

(B). . . First raw material

(C). . . Second raw material

(D). . . Crystal ball

(E). . . film

(1A). . . Raw material tank

(11A). . . Feed port

(12A). . . Back pressure control unit

(13A). . . Blender

(14A). . . Feed pump

(15A). . . Level indicator controller

(16A). . . Temperature control regulator

(2A). . . Storage tank

(21A). . . Temperature control regulator

The first figure is a flow chart of the present invention.

The second drawing is a device configuration diagram of the present invention.

The third figure is a schematic view showing the molding of the crystal ball produced by the present invention at the first V-shaped discharge port and the second V-shaped discharge port.

The fourth drawing is an external view of the first V-shaped discharge port and the second V-shaped discharge opening of the present invention.

The fifth drawing is a cross-sectional view of the crystal ball produced by the present invention.

The sixth drawing is a variation of the present invention (for making a single crystal ball).

(1). . . First material tank

(11). . . First supply port

(12). . . First stirrer

(13). . . First feed pump

(14). . . First storage bucket

(15). . . First temperature control regulator

(16). . . First level indicator controller

(17). . . Third temperature control regulator

(2). . . Second material tank

(twenty one). . . Second supply port

(twenty two). . . Second agitator

(twenty three). . . Second feed pump

(twenty four). . . Second storage bucket

(25). . . Second temperature control regulator

(26). . . Second level indicator controller

(27). . . Fourth temperature control regulator

(3). . . Crystal ball generator

(31). . . Flow hole

(4). . . Shaper

(41). . . Static settling zone

(411). . . Overflow pipe

(42). . . Eddy current forming zone

(5). . . Diffuser

(51). . . First line

(511). . . Discharge molding control valve

(6). . . Filter

(61). . . Screen

(62). . . Opening

(63). . . Process peep

(7). . . Finished product collection tank

(8). . . Circulation slot

(81). . . Second pipeline

(82). . . Primary filter

(83). . . Secondary filter

(84). . . Pump

(841). . . Flow indication controller

(9). . . Back pressure control unit

(A). . . Circulating fluid

(B). . . First raw material

(C). . . Second raw material

Claims (7)

A crystal ball forming machine includes: a first material tank, the first material tank is provided with a first supply port, a first agitator, a first feed pump and a first storage tank; a second material tank, the second material tank is provided with a second supply port, a second agitator, a second feed pump and a second storage tank; a crystal ball generator, the crystal ball is generated The device includes a plurality of orifices, and the crystal ball generator is connected to the first supply port of the first material tank and the second supply port of the second material tank, and the orifice of the crystal ball generator The first V-shaped discharge port corresponding to the first V-shaped discharge port and the second V-shaped discharge port, the second V-shaped discharge port corresponding to the first V-shaped discharge port a second material tank; a former comprising a static settling zone and a vortex forming zone, wherein the static settling zone corresponds to a flow hole of the crystal ball generator, and the static settling zone of the shaper is provided with a An overflow pipe; a disperser comprising a first pipe connected to an open end of the vortex forming zone of the former, and the first pipe a discharge molding control valve is arranged on the road; a filter corresponding to the mesh of the disperser, the filter comprises a screen and an opening, the filter is inclined from one side to the other; a finished product collection The groove corresponds to the opening of the filter; a circulation groove corresponds to the screen of the filter; and a back pressure control unit connects the first material tank and the second material tank. The crystal ball forming machine of claim 1, wherein the first material tank comprises a first temperature control regulator, and the second material tank comprises a second temperature control regulator. The crystal ball forming machine of claim 1, wherein the first material tank is provided with a first liquid level indicating controller and the second material tank is provided with a second liquid level indicating controller, the first liquid The bit indication controller is electrically connected to the first feed pump, and the second liquid level indicating controller is electrically connected to the second feed pump. The crystal ball forming machine of claim 1, wherein the first storage bin comprises a third temperature control regulator, and the second storage bin comprises a fourth temperature control regulator. The crystal ball forming machine of claim 1, wherein the filter is further provided with a process peep. The crystal ball forming machine according to claim 1, wherein the circulation tank is provided with a primary filter, and the circulation tank is provided with a second pipeline, and the second pipeline is provided with a primary filter. The crystal ball forming machine of claim 6, wherein the second pipeline of the circulation tank is provided with a pump, the pump is provided with a flow indicating controller, and the pump is electrically connected to the flow indication Controller.