阅读说明：本技术 一种椰果冷却处理加工工艺 (Coconut cooling treatment processing technology ) 是由 姚振华 张静 于 2021-07-02 设计创作，主要内容包括：本发明涉及一种椰果冷却处理加工工艺,主要包括以下步骤：设备检查、原料装填、原料冷却和原料分离,椰果冷却处理设备包括安装架、支撑杆、冷却套件、冷气管、制冷器和装料框,安装架下端面上均匀安装有支撑杆,安装架上安装有冷却套件,冷却套件和冷气管之间通过螺栓连接,冷气管和制冷器的输出端连接,制冷器安装在安装架上,冷却套件内部均匀安装有装料框,本发明可以解决椰果原料在进行冷却处理时存在的以下问题：a：现椰果原料在进行冷却时,冷却后的椰果和盛料器皿粘附在一起,人工进行取出时较为困难；b：现椰果原料在进行冷切时,因冷却设备制冷效果不佳,需长时间冷却,进而极大的拖慢了椰果的生产效率。(The invention relates to a coconut cooling processing technology, which mainly comprises the following steps: the coconut cooling treatment equipment comprises a mounting frame, a support rod, a cooling sleeve, a cold air pipe, a refrigerator and a charging frame, wherein the support rod is uniformly arranged on the lower end face of the mounting frame, the cooling sleeve is arranged on the mounting frame, the cooling sleeve and the cold air pipe are connected through a bolt, the cold air pipe is connected with the output end of the refrigerator, the refrigerator is arranged on the mounting frame, and the charging frame is uniformly arranged in the cooling sleeve, so that the following problems existing in the cooling treatment of the coconut raw material can be solved: a: when the coconut raw material is cooled, the cooled coconut is adhered to a container, and the coconut is difficult to take out manually; b: when the coconut raw material is subjected to cold cutting, the coconut raw material needs to be cooled for a long time due to poor refrigeration effect of cooling equipment, so that the production efficiency of the coconut is greatly slowed down.)

1. The utility model provides a coconut cooling processing technology, its used a coconut cooling treatment equipment, this coconut cooling treatment equipment includes mounting bracket (1), bracing piece (2), cooling external member (3), cold air duct (4), refrigerator (5) and frame (6) of feeding, its characterized in that: the specific method for cooling the coconut raw material by adopting the coconut cooling treatment equipment comprises the following steps:

the method comprises the following steps: equipment inspection: before the coconut cooling treatment equipment is started to carry out cooling treatment on the coconut raw material, the operation of the equipment is checked;

step two: filling raw materials: manually pouring the coconut raw material into the loading frame (6), and then manually placing the loading frame (6) into the cooling external member (3) so as to finish the raw material loading operation;

step three: cooling raw materials: after the raw material filling operation in the second step is finished, the refrigerator (5) works to blow out cold air, the cold air enters the cooling external member (3) through the cold air pipe (4), and the coconut raw material in the cooling external member (3) is cooled, so that the coconut raw material cooling operation is finished;

step four: raw material separation: after the raw material cooling operation in the third step is completed, the material loading frame (6) is manually taken out of the cooling external member (3), and then the material loading frame (6) is manually driven to work, so that the cooled coconut raw material and the material loading frame (6) are separated, and the raw material separation operation is completed;

evenly install bracing piece (2) on the terminal surface under mounting bracket (1), install cooling external member (3) on mounting bracket (1), through bolted connection between cooling external member (3) and cold air duct (4), the output of cold air duct (4) and refrigerator (5) is connected, and install on mounting bracket (1) refrigerator (5), and the inside dress material frame (6) of evenly installing of cooling external member (3), wherein:

the cooling kit (3) comprises a cooling box (31), a closing plate (32), a connecting rotary column (33), a traction pull ring (34), separating strips (35) and a sealing frame (36), wherein the cooling box (31) is fixedly installed on the installation frame (1), the closing plate (32) is installed on the cooling box (31), the connecting rotary column (33) is symmetrically installed on the closing plate (32), the connecting rotary column (33) is connected with the cooling box (31) in a rotating connection mode, the traction pull ring (34) is fixedly installed on the closing plate (32), the separating strips (35) are uniformly installed on the inner wall of the cooling box (31), the sealing frame (36) is installed on the cooling box (31), and the cold air pipe (4) is wrapped by the sealing frame (36);

the material loading frame is characterized in that guide plates (61) are symmetrically installed on the side wall of the material loading frame (6), a pocket bottom plate (62) is arranged on the lower end face of the material loading frame (6), a feeding screw (63) is connected to the pocket bottom plate (62) through threads, the head of the feeding screw (63) penetrates through the pocket bottom plate (62) and is located inside the material loading frame (6), the head of the feeding screw (63) abuts against a material supporting bottom plate (64), a separation shovel plate (65) is evenly arranged on the outer side of the material supporting bottom plate (64), the material loading frame (6) is installed on the separation shovel plate (65) in a sliding connection mode, a drainage plate (66) is installed on the outer side of the pocket bottom plate (62), and the surface of the drainage plate (66) is inclined.

2. The coconut cooling processing technology of claim 1, characterized in that: the section of the closing plate (32) is of a trapezoidal structure, the closing plate (32) is uniformly wrapped with a rubber ferrule (321), and the section of the rubber ferrule (321) is of an E-shaped structure.

3. The coconut cooling processing technology of claim 1, characterized in that: the traction pull ring (34) is sleeved with a rubber ring sleeve (341), and the surface of the rubber ring sleeve (341) is uniformly provided with staggered grains.

4. The coconut cooling processing technology of claim 1, characterized in that: the level is placed between parting bead (35), and fixed mounting has push down slide (351) on parting bead (35), has seted up on push down slide (351) and has led dull and stereotyped (61) and mutually support the spout A of stepping down that uses, and the mode of connecting through rotating on the spout A of stepping down evenly installs rotation gyro wheel (352).

5. The coconut cooling processing technology of claim 1, characterized in that: the sealing frame (36) is of a frame-shaped structure, a sealing groove B is formed in the inner walls of three sides of the sealing frame (36), a smooth plate (361) is evenly installed inside the sealing frame (36) in a sliding connection mode, a sealing air bag (362) is installed on the smooth plate (361), an adjusting rotating rod (363) abuts against the outer side of the smooth plate (361), and the adjusting rotating rod (363) is connected to the sealing frame (36) through threads.

6. The coconut cooling processing technology of claim 5, characterized in that: the section of the cold air pipe (4) is of a trapezoidal structure, a sealing rubber strip (42) which is matched with the sealing groove B for use is uniformly arranged on the cold air pipe (4), and a rubber gasket (41) is arranged on the bottom surface of the cold air pipe (4).

7. The coconut cooling processing technology of claim 1, characterized in that: pocket bottom plate (62) arc structure, annular spout D has been seted up on pocket bottom plate (62), the inside rotating ring (621) that uses of mutually supporting that is provided with of annular spout D, evenly install separation piece (622) on rotating ring (621), pocket bottom plate (62) bottom central point department fixed mounting has the thread bush (623) that use of mutually supporting with feed screw (63), install adjustable ring (624) through the mode of rotating the connection on thread bush (623), install separating ring (625) through the mode of rotating the connection on adjustable ring (624), thread bush (623) surface is being wrapped up to separating ring (625) lower extreme.

8. The coconut cooling processing technology of claim 7, characterized in that: the separating sheet (622) is of an arc-shaped structure, and two ends of the separating sheet (622) are inclined and are of a sawtooth structure.

Technical Field

The invention relates to the technical field of coconut production, in particular to a coconut cooling processing technology.

Background

The coconut is a metabolite formed by the growth of wood acetic acid bacteria in a liquid culture medium, the original color of the coconut without pigment is usually white or milk white, the mouthfeel is crisp, and is one of materials with a lot of sweetmeats, the coconut is widely accepted in the food industry as a high-quality natural dietary fiber synthesized biologically, the coconut has low heat, does not contain cholesterol, has obvious physiological regulation function to human body, has high chewiness, smooth mouthfeel and high transparency, is crystal fiber, clear and white, can be mixed with various fruit juices, can be endowed with various colors and flavors, and has good plasticity, the conventional coconut uses hundreds of coconut water as a raw material, and white sugar, acetic acid and other auxiliary materials are added into the coconut water raw material, and then the mixed raw material is steamed, boiled, steamed, and mixed with honey, and the like, And (3) sterilizing, then loading in a tray for cooling, then performing inoculation treatment after cooling, and then fermenting to form the coconut.

The prior coconut raw material has the following problems in cooling treatment: a: when the existing coconut raw material is cooled, the cooled coconut often adheres to a container, the cooled coconut raw material is difficult to take out manually, and the difficulty in taking out the coconut raw material is increased; b: when the existing coconut raw materials are subjected to cold cutting, cold air is leaked due to poor sealing performance of cooling equipment, so that the refrigeration effect is poor, the coconut raw materials are required to be cooled for a long time, and the production efficiency of the coconut is greatly slowed down.

Disclosure of Invention

In order to solve the problems, the invention provides a coconut cooling processing technology which uses a coconut cooling processing device and can solve the problems of the coconut raw material during cooling processing.

In order to achieve the purpose, the invention adopts the following technical scheme to realize the purpose: a coconut cooling treatment processing technology mainly comprises the following steps:

the method comprises the following steps: equipment inspection: before the coconut cooling treatment equipment is started to carry out cooling treatment on the coconut raw material, the operation of the equipment is checked;

step two: filling raw materials: manually pouring the coconut raw material into the loading frame, and then manually placing the loading frame into the cooling suite, thereby completing the raw material loading operation;

step three: cooling raw materials: after the raw material filling operation in the second step is finished, the refrigerator works to blow out cold air, the cold air enters the cooling external member through the cold air pipe, and the coconut raw material in the cooling external member is cooled, so that the coconut raw material cooling operation is finished;

step four: raw material separation: after the raw material cooling operation in the third step is completed, manually taking the loading frame out of the cooling external member, and then manually driving the loading frame to work so as to separate the cooled coconut raw material from the loading frame, thereby completing the raw material separation operation;

the coconut palm fruit cooling treatment equipment that uses in above-mentioned step includes mounting bracket, bracing piece, cooling external member, cold air duct, refrigerator and the frame of feeding, evenly installs the bracing piece on the terminal surface under the mounting bracket, installs the cooling external member on the mounting bracket, through bolted connection between cooling external member and the cold air duct, the output of cold air duct and refrigerator is connected, and the refrigerator is installed on the mounting bracket, and the inside material frame of feeding that evenly installs of cooling external member.

The cooling kit comprises a cooling box, a sealing plate, connecting rotary columns, traction pull rings, partition strips and a sealing frame, wherein the cooling box is fixedly arranged on a mounting frame, the sealing plate is arranged on the cooling box, the connecting rotary columns are symmetrically arranged on the sealing plate and are connected with the cooling box in a rotary connection mode, the traction pull rings are fixedly arranged on the sealing plate, the partition strips are uniformly arranged on the inner wall of the cooling box, the sealing frame is arranged on the cooling box and wraps a cold air pipe, during work, coconut raw materials are manually poured into a material loading frame, then the material loading frame is manually placed in the cooling box and is partitioned by the partition strips, then the traction pull rods are manually pushed, so that the sealing plate rotates and the cooling box is closed, then a refrigerator works, cold air is sprayed out, and enters the cooling box through the cold air pipe, the coconut raw material in the cooling box is cooled, and then the cooling treatment of the coconut raw material is completed.

The symmetry is installed on the dress material frame lateral wall and is led the flat board, be provided with the pocket bottom plate on the terminal surface under the frame of feeding, there is the feed screw through threaded connection on the pocket bottom plate, feed the screw head and pass the pocket bottom plate, be located inside the dress material frame, feed the screw head and lean on there being the support material bottom plate, it evenly is provided with the separation shovel board to hold in the palm the material bottom plate outside, the separation shovel board is installed on the dress material frame through sliding connection's mode, the drainage board is installed in the pocket bottom plate outside, drainage board surface slope, in operation, the manual work is poured into inside the frame of feeding with the coconut palm raw materials that need carry out cooling treatment, later the manual work is inserted inside the cooler bin with the frame of feeding that is equipped with the coconut raw materials, thereby accomplish the coconut raw materials and load the operation.

As a preferred technical scheme of the invention, the section of the closing plate is of a trapezoidal structure, the closing plate is uniformly wrapped with the rubber ferrule, and the section of the rubber ferrule is of an E-shaped structure.

As a preferred technical scheme of the invention, the traction pull ring is sleeved with a rubber ring sleeve, and the surface of the rubber ring sleeve is uniformly provided with staggered grains.

As a preferred technical scheme, the separation strips are horizontally arranged, the separation strips are fixedly provided with a downward pressing sliding plate, the downward pressing sliding plate is provided with a yielding sliding chute A which is matched with the guide flat plate for use, and the yielding sliding chute A is uniformly provided with rotating rollers in a rotating connection mode.

As a preferred technical scheme of the invention, the closed frame is of a frame-shaped structure, the inner walls of three sides of the closed frame are provided with the sealing grooves B, the inside of the closed frame is uniformly provided with the smooth plates in a sliding connection mode, the smooth plates are provided with the closed air bags, the outer sides of the smooth plates are abutted against the adjusting rotating rods, and the adjusting rotating rods are connected to the closed frame through threads.

As a preferred technical scheme of the invention, the section of the cold air pipe is of a trapezoidal structure, sealing rubber strips matched with the sealing groove B for use are uniformly arranged on the cold air pipe, and a rubber gasket is arranged on the bottom surface of the cold air pipe.

As a preferred technical scheme of the invention, the pocket bottom plate is of an arc structure, the pocket bottom plate is provided with an annular chute D, rotating rings which are matched with each other are arranged in the annular chute D, separating sheets are uniformly arranged on the rotating rings, a threaded sleeve which is matched with a feed screw is fixedly arranged at the central position of the bottom end of the pocket bottom plate, an adjusting ring is arranged on the threaded sleeve in a rotating connection mode, a separating ring is arranged on the adjusting ring in a rotating connection mode, and the lower end of the separating ring wraps the surface of the threaded sleeve.

As a preferable technical scheme of the invention, the separating sheet is of an arc-shaped structure, and two ends of the separating sheet are inclined and of a sawtooth structure.

Compared with the prior art, the invention has the following advantages:

1. the invention can solve the following problems of the prior coconut raw material during cooling treatment: a: when the existing coconut raw material is cooled, the cooled coconut often adheres to a container, the cooled coconut raw material is difficult to take out manually, and the difficulty in taking out the coconut raw material is increased; b: when the existing coconut raw materials are subjected to cold cutting, cold air is leaked due to poor sealing performance of cooling equipment, so that the refrigeration effect is poor, the coconut raw materials are required to be cooled for a long time, and the production efficiency of the coconut is greatly slowed down.

2. According to the invention, the material loading frame is designed, after the material loading frame is taken out manually, the separation shovel plate is pulled upwards manually to separate the separation shovel plate from the cooled and solidified coconut raw material, so that the phenomenon that the coconut raw material is adhered to the inner wall is avoided, then the feed screw is screwed manually to push the material supporting bottom plate to move upwards, and the solidified coconut raw material is driven to move upwards, so that the coconut raw material is pushed out of the material loading frame, and then the solidified coconut raw material is cut off manually, so that the difficulty in taking out the coconut raw material is greatly reduced, and the production efficiency is improved.

3. The invention designs a cooling kit, coconut raw materials are poured into a material loading frame manually, then the material loading frame is placed into a cooling box manually, the material loading frame is separated from the material loading frame through a separating strip, then a traction pull rod is pushed manually to enable a connecting rotary column to rotate to drive a sealing plate and the cooling box to be closed, a rubber ferrule is uniformly wrapped on the sealing plate and is of an E-shaped structure, therefore, when the sealing plate and the cooling box are closed, a multi-layer sealing layer is formed between the rubber ferrule and the cooling box, the air tightness of the cooling box is greatly improved, meanwhile, when a cold air pipe and the sealing frame are connected, a sealing rubber strip enters a sealing groove B, then an adjusting rotary rod is screwed manually to drive a smooth rod to move inwards, so that the sealing air bag and the cold air pipe are extruded to deform, and gaps at the joint are blocked, thereby very big improvement the seal between airtight frame and the cold air duct, avoided the condition of air conditioning loss to take place to improve the cooling effect of coconut palm fruit raw materials, improved the cooling efficiency of coconut palm fruit raw materials.

Drawings

The invention is further illustrated with reference to the following figures and examples.

FIG. 1 is a flow chart of the operation of the present invention;

FIG. 2 is a schematic structural view of the present invention;

FIG. 3 is a front view of the structural schematic of the present invention;

FIG. 4 is a schematic cross-sectional view A-A of FIG. 3 of the present invention;

FIG. 5 is a schematic cross-sectional view B-B of FIG. 4 of the present invention;

FIG. 6 is a schematic view of the construction of the closure panel of the present invention;

FIG. 7 is a schematic structural view of a sealing frame of the present invention;

FIG. 8 is a schematic view of the construction of the pocket floor of the present invention;

fig. 9 is a schematic structural view of the cold air duct of the present invention.

Detailed Description

The embodiments of the invention will be described in detail below with reference to the drawings, but the invention can be implemented in many different ways as defined and covered by the claims.

As shown in fig. 1 to 9, a coconut cooling processing technology mainly comprises the following steps:

the method comprises the following steps: equipment inspection: before the coconut cooling treatment equipment is started to carry out cooling treatment on the coconut raw material, the operation of the equipment is checked;

step two: filling raw materials: manually pouring the coconut raw materials into the material loading frame 6, manually placing the material loading frame 6 into the cooling suite 3, manually pushing 34 the traction pull rod, enabling the connecting rotary column 33 to rotate, driving the closing plate 32 and the cooling box 31 to be closed, and accordingly completing raw material loading operation;

step three: cooling raw materials: after the raw material filling operation in the second step is completed, the refrigerator 5 works to blow out cold air, the cold air enters the cooling external member 3 through the cold air pipe 4, and the coconut raw material in the cooling external member 3 is cooled, so that the coconut raw material cooling operation is completed;

step four: raw material separation: after the raw material cooling operation in the third step is completed, manually taking the loading frame 6 out of the cooling suite 3, manually pulling the separation shovel plate 65 upwards to separate the separation shovel plate 65 from the cooled and solidified coconut raw material, manually twisting the feed screw to push the material supporting bottom plate 64 to move upwards to drive the solidified coconut raw material to move upwards so as to push the coconut raw material out of the loading frame 6, manually cutting the solidified coconut raw material down to separate the cooled coconut raw material from the loading frame 6, and thus completing the raw material separation operation;

coconut palm cooling treatment equipment that uses in above-mentioned step includes mounting bracket 1, bracing piece 2, cooling external member 3, cold air duct 4, refrigerator 5 and the frame 6 of feeding, evenly installs bracing piece 2 on the terminal surface under the mounting bracket 1, installs cooling external member 3 on the mounting bracket 1, through bolted connection between cooling external member 3 and the cold air duct 4, cold air duct 4 and refrigerator 5's output are connected, refrigerator 5 installs on mounting bracket 1, the inside material frame 6 of evenly installing of cooling external member 3.

The cooling kit 3 comprises a cooling box 31, a closing plate 32, connecting rotary columns 33, traction pull rings 34, separating strips 35 and a sealing frame 36, wherein the cooling box 31 is fixedly arranged on the mounting frame 1, the closing plate 32 is arranged on the cooling box 31, the connecting rotary columns 33 are symmetrically arranged on the closing plate 32, the connecting rotary columns 33 are connected with the cooling box 31 in a rotating connection mode, the traction pull rings 34 are fixedly arranged on the closing plate 32, the separating strips 35 are uniformly arranged on the inner wall of the cooling box 31, the sealing frame 36 is arranged on the cooling box 31, the cold air pipe 4 is wrapped by the sealing frame 36, in the specific work, coconut raw materials are manually poured into the charging frame 6, then the charging frame 6 is manually placed in the cooling box 31, the charging frames 6 are separated from each other through the separating strips 35, then the traction pull rods are manually pushed 34, so that the connecting rotary columns 33 rotate to drive the closing between the closing plate 32 and the cooling box 31, therefore, the cooling box 31 is sealed, then the refrigerator 5 works to spray cold air, the cold air enters the cooling box 31 through the cold air pipe 4 to cool the coconut raw material in the cooling box 31, and the cooling treatment of the coconut raw material is further completed.

The cross-section of the closing plate 32 is of a trapezoid structure, the rubber ferrule 321 is uniformly wrapped on the closing plate 32, the cross-section of the rubber ferrule 321 is of an E-shaped structure, the rubber ferrule 321 is uniformly wrapped on the closing plate 32 during specific work, and the rubber ferrule 321 is of an E-shaped structure, so that when the closing plate 32 and the cooling box 31 are closed, a plurality of layers of airtight layers are formed between the rubber ferrule 321 and the cooling box, the air tightness of the cooling box 31 is greatly improved, the condition that cold air runs off is avoided, and the cooling effect of the cold air is improved.

The rubber ring sleeve 341 is sleeved on the traction pull ring 34, staggered grains are uniformly arranged on the surface of the rubber ring sleeve 341, and the rubber ring sleeve 341 is arranged on the surface of the traction pull ring 34 during specific work, and the staggered grains are uniformly arranged on the surface of the rubber ring sleeve 341, so that the friction force between the traction pull ring 34 and a palm of a human body is improved, and the palm of the human body is convenient to grab and operate.

The level is placed between the parting bead 35, fixed mounting pushes down slide 351 on the parting bead 35, push down and set up on the slide 351 and lead the spout A of stepping down that dull and stereotyped 61 mutually supported and use, evenly install rotation gyro wheel 352 through the mode of rotating the connection on the spout A of stepping down, when concrete during operation, frame 6 of feeding that will be equipped with the coconut palm fruit raw materials is placed on the parting bead 35 as the manual work, lead on the frame 6 of feeding flat board 61 and insert to stepping down in the spout A, thereby very big smoothness when frame 6 of feeding is placed has been guaranteed, simultaneously evenly be provided with rotation gyro wheel 352 through the mode of rotating the connection because of stepping down spout A inside, make when installing frame 6 of feeding, it is more smooth, avoid the condition of blocking to take place, indirect improvement the material loading efficiency of frame 6 of feeding.

Airtight frame 36 is the frame-shaped structure, seal groove B has been seted up on airtight frame 36 three side inner walls, airtight frame 36 is inside evenly to install smooth plate 361 through sliding connection's mode, install airtight gasbag 362 on smooth plate 361, smooth plate 361 outside supports to have supported and has adjusted bull stick 363, adjust bull stick 363 through threaded connection on airtight frame 36, during specific work, when connecting between air-conditioning duct 4 and airtight frame 36, joint strip 42 enters into seal groove B, later manual work is twisted and is moved adjustment bull stick 363, drive smooth plate 361 to the inboard motion, make mutual extrusion take place to warp between airtight gasbag 362 and the air-conditioning duct 4, block up the gap of junction, thereby very big improvement the leakproofness between airtight frame 36 and the air-conditioning duct 4, the condition of having avoided the cold air to run off takes place, thereby the cooling effect of coconut palm fruit raw materials has been improved, and productivity has been improved.

4 cross-sections of air conditioning pipe are trapezium structure, evenly be provided with the joint strip 42 that mutually supports and use with seal groove B on the air conditioning pipe 4, be provided with rubber packing ring 41 on the 4 bottom surfaces of air conditioning pipe, concrete during operation, after getting up through bolted connection between air conditioning pipe 4 and the cooler bin 31, 4 heads of air conditioning pipe insert to airtight frame 36 in, joint strip 42 enters into to seal groove B, later when bolt locking, make rubber packing ring 41 extrusion deformation through the squeezing action, it is airtight to pack the space department, the seal of equipment has further been improved, and then the refrigeration effect has been improved, make the cooling rate of coconut palm fruit raw materials accelerate, and the production efficiency is improved.

The side wall of the charging frame 6 is symmetrically provided with guide flat plates 61, the lower end face of the charging frame 6 is provided with a pocket bottom plate 62, the pocket bottom plate 62 is connected with a feed screw 63 through threads, the head of the feed screw 63 penetrates through the pocket bottom plate 62 and is positioned inside the charging frame 6, the head of the feed screw 63 abuts against a material supporting bottom plate 64, the outer side of the material supporting bottom plate 64 is uniformly provided with separating shoveling plates 65, the separating shoveling plates 65 are installed on the charging frame 6 in a sliding connection mode, the outer side of the pocket bottom plate 62 is provided with a drainage plate 66, the surface of the drainage plate 66 is inclined, during specific work, coconut raw materials needing cooling treatment are manually poured into the charging frame 6, then the charging frame 6 is manually inserted into the cooling box 31, the guide flat plates 61 move along the abdicating chutes A, so that the charging frame 6 is in a horizontal placement state, and the pocket bottom plate 62 acts to collect and install the charging frame 6, because of rocking the coconut raw materials that overflows, the extravagant condition of coconut raw materials has been avoided and has taken place, later after the coconut raw materials cooling process is accomplished, artifical take out the material loading frame, later artifical upwards stimulate separation shovel board 65, make separation shovel board 65 and the separation of the coconut raw materials after the cooling solidification, later artifical twisting moves feed screw, promote and hold in the palm material bottom plate 64 upward movement, the coconut raw materials upward movement after the drive solidifies, thereby release the coconut raw materials and expect that frame 6 is outer with the coconut raw materials, later artifical will solidify the coconut raw materials after, thereby accomplish the collection operation of coconut raw materials, simultaneously when pushing away material bottom plate 64 upward movement, move along the inner wall of material loading frame 6, can strike off the coconut raw materials of adhesion on the material loading frame 6 inner wall, and then very big circumstances emergence of the coconut raw materials waste has been avoided, the cost is saved.

The arc-shaped structure of the bag bottom plate 62 is characterized in that an annular chute D is formed in the bag bottom plate 62, a rotating ring 621 which is matched with each other for use is arranged in the annular chute D, separating pieces 622 are uniformly arranged on the rotating ring 621, a thread sleeve 623 which is matched with a feed screw 63 for use is fixedly arranged at the central position of the bottom end of the bag bottom plate 62, an adjusting ring 624 is arranged on the thread sleeve 623 in a rotating connection mode, a separating ring 625 is arranged on the adjusting ring 624 in a rotating connection mode, the surface of the thread sleeve 623 is wrapped by the lower end of the separating ring 625, during specific work, when the mounting and loading frame 6 shakes, coconut raw materials overflow and enter the bag bottom plate 62 under the action of a drainage plate 66, then the loading frame 6 enters the cooling box 31 for cooling, the coconut raw materials in the bag bottom plate 62 are synchronously cooled, and the situation of coconut raw material waste is avoided, after accomplishing coconut raw materials cooling treatment, the manual work is taken out the material loading frame, later the manual work is reverse to be twisted and is moved feed screw, make pocket bottom plate 62 and the separation between the frame 6 of feeding, later the manual work is twisted and is moved adjustable ring 624, it rotates to drive adjustable ring 625, make separation between coconut raw materials and the adjustable ring 625, later manual drive rotating ring 621 moves along annular spout D, drive release sheet 622 and rotate, to separating between pocket bottom plate 62 and the coconut raw materials after solidifying, later the manual work uses the cutter to cut coconut raw materials into two halves, and take out from pocket bottom plate 62, and then the very big extravagant condition of coconut raw materials of having avoided takes place, and the cost is saved.

The release sheet 622 is the arc structure, and release sheet 622 both ends slope, for the zigzag structure, and when concrete during operation, when release sheet 622 rotated the coconut palm raw materials that will solidify and separated between the pocket bottom plate 62 because of manual drive, because of release sheet 622 both ends outside slope, when cutting the coconut palm raw materials, because of the inclined plane effect, can upwards push away the coconut palm raw materials after separating, improved the separation effect between coconut palm raw materials and the pocket bottom plate 62.

The foregoing illustrates and describes the principles, general features, and advantages of the present invention. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, which are given by way of illustration of the principles of the present invention, and that various changes and modifications may be made without departing from the spirit and scope of the invention as defined by the appended claims. The scope of the invention is defined by the appended claims and equivalents thereof.