CN114946778B - Cultivation frame for full-age factory silkworm breeding and storage method thereof - Google Patents

Abstract

The invention discloses a breeding frame for full-age industrial sericulture and a storage method thereof, comprising a frame body, the frame body comprising an annular side plate and a bottom plate, top and bottom edge strips are respectively arranged at the upper and lower ends of the annular side plate , the top edge bar is provided with a support boss, the support boss includes a large support boss and a small support boss, the large support boss is located at the corner of the top edge bar, the limit bar is set on the large support boss, and the bottom edge bar Limiting grooves are arranged on the four corners. The overall structure of the cultivation frame of the present invention is firm and reliable, not easily deformed, and has a long service life. It also introduces the storage method of the breeding frame. This storage method is used to realize the vertical placement of the breeding frame, to ensure the orderliness and uniformity of the storage of the breeding frame, to facilitate unified management, and to ensure the stability of the breeding frame during storage. And reliability, improve safety performance, and there is a gap between adjacent breeding frames, which can facilitate the circulation of air and ensure the ventilation and dryness of the storage environment.

Description

A kind of breeding frame for full-age industrial sericulture and its storage method

technical field

The invention relates to the technical field of breeding frames, in particular to a breeding frame for full-age industrial sericulture and a storage method thereof.

Background technique

Silkworm is commonly known as silkworm baby, also known as silkworm, one of the economic insects that spin silk and cocoon with mulberry leaves as food. Belongs to Lepidoptera, Silk Mothidae. Mulberry silkworm originated in China, its growth temperature is 7-40°C, and the optimum temperature for feeding is 20-30°C, mainly distributed in temperate, subtropical and tropical regions.

The whole life of silkworms goes through silkworm eggs, ant silkworms, silkworm babies, silkworm cocoons and silkworm moths, a total of more than forty days. The baby silkworms that have just hatched from the eggs are dark in color and are called "ant silkworms". They are covered with fine hairs, and the fine hairs will not be obvious after about two days. After the ant silkworm hatches, it begins to shed its skin after feeding for a period of time, and it takes about one day to shed its skin, which is called "dormant". After one molt, the silkworm grows into a second-instar larvae. The silkworm has to shed its skin four times in total, and then it becomes a fifth-instar larvae before it begins to weave silk and cocoon.

In the prior art, the silkworms are generally placed in the breeding frame for breeding, and the breeding frame has the following defects in the storage process: in order to save space, the breeding frames are generally stacked layer by layer, and the upper breeding frame will cause damage to the lower breeding frame. extrusion deformation.

Contents of the invention

The purpose of the present invention is to provide a breeding frame for full-age industrial sericulture and its storage method. In view of the defects in the prior art, the overall structure of the breeding frame is firm and reliable, not easy to deform, and has a long service life. The operation is convenient and simple. The vertical placement of the breeding frame is realized through the storage rack, so that the spacing between the breeding frames does not touch, and the extrusion and deformation of the breeding frame caused by layer-by-layer stacking are avoided. At the same time, the storage method can ensure the neatness of the storage of the breeding frame and uniformity, which is convenient for unified management, and ensures the stability and reliability of the breeding frame during storage, improving safety performance, and there is a gap between adjacent breeding frames, which can facilitate the circulation of air and ensure the ventilation and dryness of the storage environment .

In order to solve the above technical problems, the following technical solutions are adopted:

A breeding frame for full-age industrial sericulture, including a frame body, the frame body includes an annular side plate and a bottom plate, the upper and lower ends of the annular side plate are respectively provided with a top edge strip and a bottom edge strip, and the top edge strip and the bottom edge strip Rib plates are evenly arranged between them, and supporting bosses are arranged on the top edge strips. The supporting bosses include large supporting bosses and small supporting bosses. The large supporting bosses are located at the corners of the top edge strips. Limiting strips are arranged, and limiting grooves are arranged on the four corners of the bottom edge strip, and the limiting strips match the limiting grooves.

Further, the bottom plate is provided with a support card seat. During the breeding process, a corresponding breeding plate needs to be installed in the breeding frame. The support card seat can facilitate the clamping and placement of the breeding frame in the breeding frame, and is convenient to take.

Further, ribs are evenly arranged on the annular side plate, and the cross-section of the ribs is circular, square, oval or triangular, and ventilation slots are formed between adjacent ribs, and ventilation slots are formed between the ribs to increase the air volume inside and outside the frame. The exchange area makes the air circulation in the breeding frame good, the air permeability is strong, it is more conducive to the growth and development of silkworms, and it is also convenient to adjust the temperature and humidity in the breeding frame to improve the survival rate of silkworms.

Further, the base plate is provided with supporting columns, and usually a plurality of breeding plates need to be installed in the culture frame, and these plates are stacked on each other, and a gap is formed between the two through the supporting columns, giving the larvae space to move, and avoiding the plate parts from crushing the larvae.

Further, a support block is provided on the bottom plate, and the support block is attached to the annular side plate. The design of the support block can provide auxiliary support for the breeding plate installed in the breeding frame, and improve the stability of the breeding plate.

Further, a limiter is arranged on the bottom plate, and the limiter includes a limiter seat and a limiter plate. The limiter brackets are symmetrically arranged on the left and right sides of the limiter seat, and the limiter plate is rotatably connected to the top middle of the limiter seat. The design can further support and limit the breeding plate placed in the breeding frame. The side of the breeding plate is placed in the limiting bracket, and the two limiting brackets placed in the same limiting seat Between the two breeding boards, the upper part of the two breeding boards can be limited by rotating the limiting board to improve the stability of the breeding boards in the breeding frame. When the breeding boards need to be taken out, turn the The limiting plate can be completely rotated out from the two breeding plates, and the practical adjustment is convenient and simple, and it is easy to operate.

A method for storing a culture frame for industrialized sericulture of all ages, characterized in that it comprises the following steps:

(1) Select the corresponding storage frame according to the actual size of the breeding frame to be stored. The storage frame includes a mobile push frame, a top limit frame and a side pressure bar. Install the top limit frame and the top pressure component on the main bracket. Fixed, the end of the connecting rod on the adjustment block in the top pressure assembly is plugged into the connecting sleeve at the top of the top limit frame, and the bolt assembly is used to install and fix the connecting rod and the connecting sleeve, and then the side pressure bar is connected to the main bracket. The side pressure components are installed and fixed, the side pressure bar and the piston rod end of the side pressure cylinder in the side pressure component are fixed with screws, and the guide column on the side pressure bar is inserted into the corresponding positioning perforation on the side support plate of the main bracket , two sets of storage racks are placed on each main support; the main support can be used to place two sets of storage racks, thereby improving the overall storage capacity, and can store multiple breeding frames at one time, and the sizes of the two storage racks can be inconsistent, thus One main bracket can be used to place two storage racks of different sizes to realize the storage and placement of two sizes of breeding frames. The main bracket is equipped with two sets of top pressure components and two sets of side pressure components. Two sets of top pressure components The two groups of side pressure components are respectively located on both sides of the main bracket. The top pressure component and the side pressure component on the same side of the main bracket are combined to realize the overall connection control of the storage rack on the corresponding side. The same combination of top pressure components, The side pressure components are respectively connected with the top limit frame and the side pressure bar on the same storage rack. When the top pressure component is connected with the top limit frame, the connecting rod on the adjustment block of the top pressure component and the connecting sleeve on the top limit frame Realize the precise insertion and positioning of the top limit frame and the top pressure component, and then cooperate with the bolt assembly to install and fix the connection rod and the connection sleeve, effectively ensuring the firmness of the connection, easy to install and disassemble, and can facilitate subsequent replacement of the top limit frame , and when the side pressure bar is connected with the side pressure component, the precise positioning of the side pressure bar is realized through the guide column on the side pressure bar and the positioning perforation on the side support plate, and then the side pressure bar and the side pressure bar are connected through the reserved holes and screws. The piston rods of the cylinder are connected and fixed, and the installation and disassembly are convenient and simple, which is convenient for the subsequent replacement of the side bead;

(2) Place the breeding frame vertically on the mobile push frame, the lower limit bar is arranged on the mobile push frame, the lower card slots are evenly distributed on the lower limit bar, each lower card slot is correspondingly stuck into a culture frame, and the breeding frame The bottom of the frame is inserted and snapped into the lower card slot, and there are two lower limit bars symmetrically arranged on the left and right, and the bottom of the breeding frame is jointly supported by the two lower limit bars; Placed vertically, the actual size of the lower card slot is determined according to the actual thickness of the breeding frame, and the size of the mobile push frame can be adjusted by changing the size of the lower card slot, so that the mobile push frame can be applied to different sizes of farming frames Storage and storage, and the use of two symmetrically distributed lower limit bars to jointly support the clamping culture frame can ensure the stability of the culture frame. The lower card slots on the two lower limit bars correspond to each other. When the push frame is on, the bottom of the breeding frame is just snapped into the two corresponding lower card slots on the left and right, and the breeding frame is limited by the two lower card slots, and the interval between adjacent lower card slots on the same lower limit bar is fixed Spacing, so that there is a gap between two adjacent breeding frames placed vertically, which is convenient for air circulation, and also prevents two adjacent breeding frames from colliding or squeezing each other;

(3) After the breeding frame is placed, select the corresponding auxiliary limiting frame bar according to the actual size of the breeding frame, install the auxiliary limiting frame bar on the mobile push frame, and the auxiliary limiting frame bar is limited on the top of the breeding frame When the breeding frames on a mobile push frame are placed one by one, the auxiliary limit frame bar is installed on the mobile push frame, and the auxiliary limit frame bar is set horizontally before and after, so that the top of the auxiliary limit frame bar just in time limits the culture frame The top of the top, so that the auxiliary limit frame bar cooperates with the lower limit bar to ensure the stability and firmness of the initial placement of the breeding frame, which is convenient for the subsequent movement of the push frame;

(4) Then move the entire mobile push frame to the corresponding guide rail on the main bracket by the handle on the mobile push frame. Two horizontally symmetrically distributed clamping plates are arranged on the bottom surface of the mobile pushing frame, and a clamping plate is formed between the two clamping plates. The mobile push frame is slid and connected to the guide rail through the card slot. At the same time, the moving rollers at the bottom of the mobile push frame are just located in the chute of the guide rail, and then continue to push the mobile push frame along the chute until the rear of the mobile push frame The end touches the rear limit plate on the back side of the main bracket; the front end of the mobile push frame is equipped with a handle, and the mobile pusher at the bottom can realize the movement of the mobile push frame, so that the placed breeding frame can be moved and pushed to the main bracket as a whole For storage and storage, the mobile push frame forms a card slot through the two clamping plates at the bottom to realize the precise clamping and limit position with the guide rail, ensuring the precise positioning and placement of the mobile push frame on the main bracket, and cooperates with the sliding of the mobile roller on the guide rail. The sliding of the groove realizes the smooth moving and pushing operation of the mobile push frame, and through the limit function of the rear limit plate on the rear side of the main bracket, it ensures that the push of the mobile push frame is in place, thereby facilitating the further adjustment of the limit component to the mobile push frame. Position limit, two guide rails are installed on the main bracket, and the two guide rails are symmetrically distributed on both sides, and each guide rail is used to place a mobile push frame;

(5) Start the limit assembly, the piston rod of the limit cylinder is extended, and the piston rod pushes the limit sleeve to move in the direction of the moving push frame, so that the limit block on the side of the mobile push frame is gradually snapped into the limit sleeve until the limit The position block is completely snapped into the limit sleeve, and the limit sleeve is in contact with the side of the mobile push frame, and the bottom of the limit sleeve is provided with a limit rod, and the dovetail slider at the bottom of the limit rod is slid and clamped on the main bracket. In the dovetail chute, the dovetail slider always slides along the dovetail chute when the limit sleeve moves; there are two sets of upper limit components on the main bracket, and the two sets of limit components are respectively located on both sides of the main bracket. The components are in one-to-one correspondence with the two storage racks. The two sets of limit components can be used to respectively realize the limit fixation of the two mobile push frames. Limit blocks are set on both sides of the mobile push frame to ensure that the mobile push frame is close to the corresponding limit. There is always a limit block on the side of the component, so that the mobile push frame can be positioned through the limit component, and the limit component realizes the movement of the limit sleeve through the limit cylinder, so that the limit sleeve can be snapped onto the corresponding limit block, and The collision is on the side of the mobile push frame, thereby restricting the front and rear and up and down movement of the mobile push frame, and the mobile push frame itself realizes the precise clamping with the guide rail through the clamp plate at the bottom, which can limit the left and right displacement of the mobile push frame, so that it can fully Azimuthally limit the movement of the mobile push frame, ensure the firmness of the mobile push frame on the main bracket, ensure the stability of the overall placement of the breeding frame, and limit the movement of the mobile push frame to ensure that the side pressure strips, the top limit frame and the mobile push frame The precise positioning of the device is convenient for the subsequent actions of the side pressure components and the top pressure components, so as to realize the stable limit of the breeding frame, and when the limit sleeve moves, the dovetail slider at the end of the limit rod under the limit sleeve cooperates with the main The dovetail chute on the bracket, when the limit sleeve moves, the dovetail slider always moves synchronously along the dovetail chute, which can improve the stability and levelness of the limit sleeve movement, thereby ensuring the accuracy of the movement direction of the limit sleeve and ensuring The precise positioning of the limit sleeve and the limit block, the design is ingenious and reasonable;

(6) Move and adjust the position of the limit side plate according to the actual size of the breeding frame. The middle part of the support base plate of the main support is provided with two limit side plates, and the two limit side plates correspond to two groups of storage racks respectively. The side plates move in the direction of the corresponding mobile push frame until the limit side plate moves in place; the two limit side plates correspond to the two mobile push frames respectively, and one side of the breeding frame can be limited by the limit side plate , and cooperate with the follow-up side pressure strips to limit the breeding frame from the left and right sides, adjust the placement position of the breeding frame to ensure the uniformity and orderliness of the breeding frame, and limit the movement of the breeding frame on the left and right sides, which can be further improved Improve the stability and stability of the breeding frame;

(7) Start the side pressure assembly, the piston rod of the side pressure cylinder is extended, and the piston rod pushes the side pressure bar to move towards the moving push frame. During the movement of the pressing bar, it is gradually inserted into one side of the breeding frame through the side card slot, the piston rod continues to extend, and the side pressing bar pushes the breeding frame to move synchronously until the other side of the breeding frame touches the corresponding limit side plate, and during the movement of the side bead, it will drive the guide column on the side bead to move synchronously, and the guide column is always inserted into the positioning perforation on the side support plate of the main bracket; The actual size of the corresponding, and the side card slots correspond to the lower card slots one by one, so that each breeding frame can correspond to a side card slot, so that the side pressing bar can be just clamped on one side of the breeding frame, and the side pressing bar is stuck When entering the side of the breeding frame, continue to move until the other side of the breeding frame just touches the corresponding limit side plate, so that the left and right positions of the breeding frame can be adjusted to a certain extent through the side pressure bar, so that the breeding frame can be as stable and balanced as possible Place it on the mobile push frame to limit the length of the movable push frame extending from both sides of the breeding frame, so that the length extending from both sides is controlled within a certain error range, so as to ensure the balance and stability of the overall structure. When the bead moves, the guide column on the side bead is always limited in the positioning perforation, so that the guide column can be used to limit the guidance and ensure the stability and levelness of the side bead movement process;

(8) Start the top pressure assembly, the top pressure motor rotates to drive the rotation of the adjustment screw, so that the adjustment block on the adjustment screw moves down, and the connecting rod on the adjustment block is connected with the top limit frame, thereby driving the top limit frame Move down synchronously, the upper limit frame is provided with an upper limit bar, and upper card slots are evenly distributed on the upper limit bar, each upper card slot corresponds to a breeding frame, and there are two upper limit bars, the two upper limit bars are connected with the The two lower limit bars match one by one, the top limit frame moves down, the middle upper limit bar snaps into the top of the breeding frame through the upper card slot, until the upper limit bar touches the top surface of the breeding frame, and the top limit bar During the movement of the frame, the connecting rod always runs through the side support plate; through the top pressure component, the upper part of the breeding frame can be further limited, which can effectively ensure the overall stability and reliability of the storage of the breeding frame. The upper limit bar, the two upper limit bars correspond to the two lower limit bars one by one, and the upper card slots also correspond to the lower card slots one by one, so that the top of each breeding frame is snapped into the corresponding upper card slot. The limit is stabilized by the top limit frame, the top limit frame moves through the top pressure motor, and the top pressure motor rotates to drive the adjustment screw to rotate, so that the adjustment block set on the adjustment screw moves up and down, and the adjustment block passes through the connecting rod It happens to be connected and fixed with the top limit frame, so as to realize the synchronous movement of the top limit frame. The design is reasonable, the operation is automatic, and the connecting rod is set through the side support plate. When the adjustment block moves up and down, the connection rod is received by the side support plate. The limit ensures the stability and verticality of the top limit frame when it moves up and down, and improves the operation safety performance.

Further, a protective cover is installed above the main bracket, and a support rod is arranged on the protective cover, and the support rod corresponds to the support column on the main support one by one, and the support rod is placed on the top of the corresponding support column, and then the bolt assembly The support rod and the corresponding support column are installed and fixed, so as to be shielded and protected by the protective cover. The protective cover is installed and fixed between the support rod and the support column on the main bracket, effectively ensuring the firmness and reliability of the installation of the protective cover, and through The protective cover covers the top of the main bracket to protect the breeding frame, effectively avoiding dust and impurities from polluting the breeding frame, and covering the high altitude to avoid damage to the breeding frame caused by sudden falling of high-altitude objects.

Further, in step (3), a bottom support bar is provided on the mobile push frame, and the bottom support bar is arranged on the symmetrical center line of the two lower limit bars, and the bottom surface of the cultivation frame is auxiliary supported by the bottom support bar, and the auxiliary limit position is installed. When installing the frame bar, place the auxiliary limit frame bar on the bottom support bar so that the preset hole at the end of the auxiliary limit frame bar corresponds to the preset hole at the end of the bottom support bar, and then cooperate with the screw to fix the auxiliary limit frame bar The end of the bottom support bar and the end of the bottom support bar are installed and fixed. The design of the bottom support bar can assist and stabilize the bottom of the breeding frame. At the same time, the bottom support bar can facilitate the installation and positioning of the auxiliary limit frame bar. Through the reserved The hole realizes the precise positioning of the auxiliary limit frame bar and the bottom support bar, and then cooperates with screw fixing to ensure the firmness of the installation between the auxiliary limit frame bar and the bottom support bar, and to ensure the auxiliary limit frame bar above the breeding frame. bit.

Further, in step (6), the bottom end of the limit side plate is provided with a groove, and the limit side plate is slid and snapped on the raised guide rod on the support base plate through the groove. When moving the limit side plate, screw Loosen the clamping screw on the front end of the limiting side plate, so that the clamping screw is separated from the raised guide rod, and then move the limiting side plate in the direction of the corresponding moving push frame until the limiting side plate moves in place, then tighten Clamping screw, the end of the clamping screw is extended and interfered in the embedding groove on the side of the raised guide rod, and the rear end of the limiting side plate is provided with a slot, and the rear end of the limiting side plate is moved during the movement of the limiting side plate. The end of the side plate is always sliding and clamped on the rear limit plate through the slot; the structural design is compact and reasonable, and the precise clamping of the limit side plate on the support base plate is realized through the groove and the raised guide rod, and the rear end of the limit side plate It is plugged into the rear limit plate through the slot, which effectively ensures the stability of the overall placement of the limit side plate on the main bracket, and is also conducive to the stability and reliability of the limit side plate movement and adjustment. When the limit needs to be adjusted When the side plate is in position, loosen the clamping screw so that the clamping screw is separated from the raised guide rod before moving, and tighten the clamping screw after moving in place, so that the clamping screw can be snapped into the embedding on the side of the raised guide rod The slots are fixed against each other to effectively ensure the structural fixity of the limiting side plate after it is moved into place, thereby ensuring the limiting effect of the limiting side plate on one side of the breeding frame.

Owing to adopting above-mentioned technical scheme, have following beneficial effect:

In the present invention, the storage frame cooperates with the main bracket to store the breeding frame, so as to ensure the regularity and stability of the breeding frame during storage, and effectively facilitate the arrangement and storage of the breeding frame. Two sets of storage racks are used to store and place the breeding frame to ensure the The one-time storage and storage capacity of the frame, when actually placed, first place the breeding frame through the mobile push frame in each storage rack, and the mobile push frame can be easily moved through the mobile rollers at the bottom, and the mobile push frame can be pushed out The main bracket is placed in a relatively open place, so that it is convenient to place the breeding frame vertically and insert it into the lower card slot. After the breeding frame on the mobile push frame is placed, the upper part of the breeding frame can be initially placed by installing the auxiliary limit frame strip. Limit, through the design of the auxiliary limit frame bar and the lower limit bar, the stability of the breeding frame can be ensured, so as to facilitate the movement of the mobile push frame, realize the synchronous pushing of multiple breeding frames, and ensure the operation safety during the moving process and stability, to avoid the phenomenon of falling of the breeding frame during the moving process, push the mobile push frame to the main support as a whole, and realize the precise positioning of the mobile push frame on the main support through the structure of the mobile push frame itself and the guide rail, and then The limit is fixed by the limit component, so that the mobile push frame cannot move, to ensure the structural stability of the mobile push frame after it is in place, to ensure the stability of the breeding frame, and to facilitate the next operation, and then move the limit side plate After it is in place, use the side pressure component to clamp and limit the side of the breeding frame laterally, and cooperate with the limit side plate to limit the left and right sides of the breeding frame, and further precisely adjust the position of the breeding frame on the moving push frame Adjustment to ensure the orderliness and uniformity of the breeding frame on the mobile push frame, and finally through the further downward pressure limit of the top pressure component, so as to realize the restriction on the movement of the breeding frame from the top, bottom, left, and right sides, effectively ensuring the overall placement of the breeding frame Stability, and during the placement of the breeding frame, the adjacent breeding frames do not touch and squeeze each other, effectively avoiding the collision damage between the breeding frames, and there is still a gap between the adjacent breeding frames to ensure the environment during the storage process. Ventilated and dry, when the breeding frame needs to be used later, the entire mobile push frame can be pushed out to take the breeding frame.

The overall structure of the cultivation frame of the present invention is firm and reliable, not easily deformed, and has a long service life. The operation of the cultivation frame is convenient and simple during actual storage. The vertical placement of the cultivation frame is realized through the storage rack, so that the interval between the cultivation frames does not touch, and layer by layer is avoided. The superimposition causes extrusion and deformation of the breeding frame. At the same time, this storage method can ensure the orderliness and uniformity of the storage of the breeding frame, facilitate unified management, and ensure the stability and reliability of the breeding frame during the storage process, improving safety performance. And there are gaps between adjacent breeding frames, which can facilitate the circulation of air and ensure the ventilation and dryness of the storage environment.

Description of drawings

The present invention will be further described below in conjunction with accompanying drawing:

FIG. 1 is a schematic structural view of Embodiment 1 of the present invention;

Fig. 2 is a schematic diagram of the position and structure of the support holder on the bottom plate in Embodiment 1 of the present invention;

FIG. 3 is a schematic side view of the first embodiment of the present invention;

4 is a schematic structural diagram of Embodiment 2 of the present invention;

Fig. 5 is a schematic diagram of the placement structure of the culture plate in the culture frame in the second embodiment of the present invention;

Fig. 6 is the storage structure schematic diagram of cultivation frame among the present invention;

Fig. 7 is a schematic diagram of the installation structure of the storage rack on the main support in the present invention;

Fig. 8 is a schematic diagram of the installation structure of the rear limiting plate on the main bracket in the present invention;

Fig. 9 is a schematic diagram of the installation structure of the limiting side plate on the main bracket in the present invention;

Fig. 10 is the partial enlarged structure schematic diagram of I place among the present invention;

Figure 11 is a schematic diagram of the installation structure of the top pressure assembly and the side pressure assembly on the main bracket in the present invention;

Fig. 12 is a schematic diagram of the installation structure of the limiting assembly on the main bracket in the present invention;

Fig. 13 is a schematic structural view of the top spacer in the present invention;

Fig. 14 is a schematic structural view of side beading in the present invention;

Fig. 15 is a schematic diagram of the installation structure of the auxiliary limit frame bar on the mobile push frame in the present invention;

Fig. 16 is a schematic diagram of the position distribution structure of the moving rollers on the moving push frame in the present invention.

In the figure: 1-frame body; 2-annular side plate; 3-bottom plate; 4-top edge strip; 5-bottom edge strip; 6-support large boss; 7-support small boss; 8-limit bar; 9-limiting groove; 10-support card seat; 11-rib; 12-ventilation slot; 13-support column; 14-support block; 15-reinforced rib plate; 16-limit seat; 17-limit plate ;18-limiting bracket; 19-limiting piece; 20-top limit frame; 21-side pressure bar; 22-adjusting block; 23-connecting rod; 24-connecting sleeve; ;27-side pressure assembly; 28-top pressure assembly; 29-side pressure cylinder; 30-guide column; 31-side support plate; 32-positioning perforation; 33-lower limit bar; Limit frame bar; 36-handle; 37-guide rail; 38-card plate; 39-card slot; 40-moving roller; 41-chute; 42-rear limit plate; Position cylinder; 45-limit sleeve; 46-limit block; 47-limit rod; 48-dovetail slider; 49-dovetail chute; 50-limit side plate; 51-side card slot; 52-top pressure Motor; 53-adjusting screw; 54-upper limit bar; 55-upper card slot; 56-protective cover; 57-support rod; 58-support column; Clamping screw; 62-embedding groove; 63-supporting bottom plate; 64-bottom supporting bar.

Detailed ways

As shown in Figures 1 to 3, it is Embodiment 1 of the present invention, which specifically includes a frame body 1. The frame body 1 includes an annular side plate 2 and a bottom plate 3. The upper and lower ends of the annular side plate 2 are respectively provided with top edge strips 4 and Bottom edge bar 5, between top edge bar 4 and bottom edge bar 5, evenly be provided with reinforcing rib plate 15, the design of reinforcing rib plate 15 can improve the structural firmness performance of culture frame, strengthen the overall structure of culture frame, make culture frame more It is not easy to deform, and the top edge bar 4 is provided with a supporting boss, which includes a large supporting boss 6 and a small supporting boss 7, and the large supporting boss 6 is located at the corner of the top edge bar 4. By setting the small supporting boss The platform 7 and the supporting large boss 6 make a certain gap between the adjacent breeding frames after the breeding frames are superimposed to ensure air circulation and ensure the ventilation and ventilation performance in the breeding frame, thereby providing a good environment for the cultivation of silkworms. Limiting strip 8 is set on the large boss 6, and limiting groove 9 is arranged on the four corners of the bottom edge strip 5, and the limiting strip 8 matches the limiting groove 9, and the limiting strip 8 and the limiting groove The design of 9 can facilitate the superimposition between the breeding frame and the breeding frame, ensure the overall structural stability after the superimposition, and facilitate the actual superimposition operation, avoid tilting and dumping during the superimposition process, and improve operational safety.

The bottom plate 3 is provided with a supporting card holder 10. During the breeding process, a corresponding plate for breeding needs to be installed in the breeding frame. The supporting card holder 10 can facilitate the engaging and placing of the breeding frame in the breeding frame, and is convenient for taking. Ribs 11 are evenly arranged on the annular side plate 2. The cross-section of the ribs 11 is circular, square, oval or triangular. Ventilation slots 12 are formed between adjacent ribs 11. The shape of the ribs 11 is reasonably designed to increase the structural strength. At the same time, the overall aesthetic performance of the breeding frame can be improved, and it is also convenient for actual processing and molding, and the ventilation slots 12 are formed between the ribs 11 to increase the air exchange area inside and outside the frame, so that the air circulation in the breeding frame is good and the air permeability is strong. It is more conducive to the growth and development of silkworms, and it is also convenient to adjust the temperature and humidity in the breeding frame to improve the survival rate of silkworms.

The bottom plate 3 is provided with a support column 13, and usually a plurality of plates for cultivation need to be installed in the breeding frame. These plates are stacked on each other, and a gap is formed between the two through the support column 13, giving the larvae room to move, and avoiding the plate parts from crushing the larvae . Base plate 3 is provided with support block 14, and support block 14 is affixed to annular side plate 2, and the design of support block 14 can carry out auxiliary support to the plate that is installed in the cultivation frame for cultivation, and improves the placement stability of the plate for cultivation.

As shown in FIG. 4 and FIG. 5 , it is the second embodiment of the present invention. Based on the technical solution of the first embodiment, a limiting member 19 is added to the bottom plate 3 . The base plate 3 is provided with a limit piece 19, the limit piece 19 comprises a limit seat 16 and a limit plate 17, and the limit bracket 18 is arranged symmetrically on the limit seat 16, and the limit plate 17 is rotatably connected to the limit plate 16. In the middle part of the top surface, the design of the stopper 19 can further support and limit the culture plate placed in the culture frame. Between the two breeding plates in the two limiting brackets 18 of the seat 16, the upper part of the two breeding plates can be limited by rotating the limiting plate 17, so as to improve the stable placement of the breeding plates in the breeding frame. When it is necessary to take out the breeding plate, turn the limiting plate 17 so that the limiting plate 17 can be completely turned out from the two breeding plates. The practical adjustment is convenient and simple, and it is easy to operate.

As shown in Fig. 6 to Fig. 16, a kind of storage method of breeding frame for industrialized sericulture of whole age comprises the following steps:

(1) Select the corresponding storage rack according to the actual size of the cultivation frame required to be stored. The storage rack includes a mobile push frame 59, a top limit frame 20 and a side pressure bar 21, and the top limit frame 20 is connected to the top frame on the main support 26. The pressure components 28 are installed and fixed, and the end of the connecting rod 23 on the adjustment block 22 in the top pressure component 28 is plugged into the connecting sleeve 24 at the top of the top limit frame 20, and then the bolt assembly 25 is used to connect the connecting rod 23 to the Install and fix between the sleeves 24, and then install and fix between the side pressure bar 21 and the side pressure assembly 27 on the main support 26, and the piston rod end of the side pressure cylinder 29 in the side pressure bar 21 and the side pressure assembly 27 is fixed with screws, At the same time, the guide column 30 on the side bead 21 is inserted into the corresponding positioning perforation 32 on the side support plate 31 of the main bracket 26, and two groups of storage racks are placed on each main bracket 26; the main bracket 26 can be used to place two groups of storage racks. frame, thereby improving the overall storage capacity, can store a plurality of breeding frames at one time, and the size of the two storage frames can be inconsistent, so that one main frame 26 can be used to place two storage frames of different sizes, to achieve two sizes The storage and placement of the breeding frame, the main bracket 26 is provided with two groups of top pressure components 28 and two groups of side pressure components 27, and the two groups of top pressure components 28 and two groups of side pressure components 27 are located on both sides of the main bracket 26 respectively. The top pressure assembly 28 and the side pressure assembly 27 on the same side of the main bracket 26 are combined to realize the overall connection control of the storage rack on the corresponding side. When the top limit frame 20 and the side pressure bar 21 are connected, when the top pressure component 28 is connected to the top limit frame 20, it is realized by the connecting rod 23 on the adjustment block 22 of the top pressure component 28 and the connecting sleeve 24 on the top limit frame 20. The precise insertion and positioning of the top limit frame 20 and the top pressure component 28, together with the bolt component 25, is installed and fixed between the connecting rod 23 and the connecting sleeve 24, which effectively ensures the firmness of the connection. Replacement of the position frame 20, and when the side bead 21 is connected with the side bead assembly 27, the precise positioning of the side bead 21 is realized through the guide column 30 on the side bead 21 and the positioning perforation 32 on the side support plate 31, and then through The reserved holes cooperate with screws to connect and fix the side pressure bar 21 and the piston rod of the side pressure cylinder 29, which is convenient and simple to install and disassemble, and is convenient for the subsequent replacement of the side pressure bar 21;

Protective cover 56 is installed on the top of main support 26, and protective cover 56 is provided with support bar 57, and support bar 57 corresponds to the support column 58 on the main support 26 one by one, and support bar 57 is placed on the corresponding support column 58. At the top, the bolt assembly 25 is used to install and fix the support rod 57 and the corresponding support column 58, so as to shield and protect through the protective cover 56, and the protective cover 56 is installed and fixed between the support rod 57 and the support column 58 on the main bracket 26 , to effectively ensure the firmness and reliability of the installation of the protective cover 56, and cover the top of the main bracket 26 through the protective cover 56 to shield and protect the breeding frame, effectively avoid dust and impurities from polluting the breeding frame, and block the high-altitude , can avoid the damage of the breeding frame caused by the sudden falling of high-altitude objects;

(2) The cultivation frame is vertically placed on the mobile push frame 59, the lower limit bar 33 is arranged on the mobile push frame 59, and the lower card slots 34 are evenly distributed on the lower limit bar 33, and each lower card slot 34 is correspondingly snapped into A cultivation frame, the bottom end of the cultivation frame is inserted into the lower card slot 34, and two lower limit bars 33 are symmetrically arranged, and the bottom of the culture frame is jointly supported by the two lower limit bars 33; 34 realizes the vertical clamping placement of the culture frame on the mobile push frame 59, the actual size of the lower slot 34 is determined according to the actual thickness of the culture frame, and the adjustment of the size of the mobile push frame 59 is realized by changing the size of the lower slot 34 , so that the mobile push frame 59 can be applied to the storage and storage of breeding frames of different sizes, and two symmetrically distributed lower limit bars 33 are used to support and clamp the breeding frame together, which can ensure the stability of the breeding frame. The lower draw-in slots 34 on the bar 33 correspond one-to-one. When the culture frame was vertically placed on the mobile push frame 59, the bottom of the culture frame just snapped into the corresponding two lower draw-in slots 34 on the left and right, and passed the two lower draw-in slots 34. Co-limiting breeding frame, and a certain distance between the adjacent lower slots 34 on the same lower limiting bar 33, so that there is a gap between the adjacent two breeding frames placed vertically, which is convenient for the circulation of air, and also makes the corresponding There will be no collision, extrusion, etc. between two adjacent breeding frames;

(3) After the breeding frame is placed, select the corresponding auxiliary limit frame bar 35 according to the actual size of the culture frame, the auxiliary limit frame bar 35 is installed on the mobile push frame 59, and the auxiliary limit frame bar 35 is limited at The top of breeding frame; After the breeding frame on a mobile pushing frame 59 is placed one by one, on moving pushing frame 59, auxiliary limit frame bar 35 is installed, and auxiliary limit frame bar 35 is laterally arranged front and back, makes auxiliary limit frame The top of bar 35 just in time limits the top of culture frame, thereby coordinates lower limit bar 33 by auxiliary limit frame bar 35 and guarantees the initial placement stability and firmness of culture frame, is convenient to the movement of follow-up mobile pushing frame 59;

The mobile push frame 59 is provided with a bottom support bar 64, and the bottom support bar 64 is arranged on the symmetrical center line of two lower limit bars 33, and the bottom surface of the cultivation frame is auxiliary supported by the bottom support bar 64. When the auxiliary limit frame bar 35 is installed , the auxiliary limit frame bar 35 is placed on the bottom support bar 64, so that the preset hole at the end of the auxiliary limit frame bar 35 corresponds to the preset hole at the end of the bottom support bar 64, and then cooperates with the screw to fix the auxiliary limit frame Install and fix between the end of bar 35 and the end of bottom support bar 64, the design of bottom support bar 64 can carry out auxiliary support firm to the bottom of culture frame, bottom support bar 64 can be convenient to the installation of auxiliary limit frame bar 35 simultaneously Positioning, realize the precise positioning of the auxiliary limit frame bar 35 and the bottom support bar 64 through the reserved holes, and then cooperate with screw fixing to ensure the firmness of the installation between the auxiliary limit frame bar 35 and the bottom support bar 64, and ensure the auxiliary limit frame bar 35 and the bottom support bar 64. Position frame bar 35 is to the auxiliary limit on the breeding frame top;

(4) Then the whole mobile push frame 59 is moved to the corresponding guide rail 37 on the main support 26 by the handle 36 on the mobile push frame 59. The bottom surface of the mobile push frame 59 is provided with two horizontally symmetrically distributed clamping plates 38, two Draw-in groove 39 is formed between two clamping plates 38, and mobile push frame 59 slides and engages on guide rail 37 by draw-in groove 39, and the moving roller 40 of mobile push frame 59 bottoms is just in time in the chute 41 of guide rail 37 simultaneously, Continue to push the mobile push frame 59 along the chute 41 until the rear end of the mobile push frame 59 touches the rear limit plate 42 on the rear side of the main bracket 26; 40 can realize the movement of the mobile push frame 59, so that the overall movement of the placed culture frame can be pushed to the main support 26 for storage and storage, and the mobile push frame 59 forms a draw slot 39 through the two clamp plates 38 at the bottom to realize and guide The precise clamping limit of the guide rail 37 ensures the precise positioning and placement of the mobile push frame 59 on the main bracket 26, and then cooperates with the sliding movement of the mobile roller 40 on the chute 41 of the guide rail 37 to realize the smooth moving and pushing operation of the mobile push frame 59 , and through the limiting effect of the rear limiting plate 42 on the rear side of the main bracket 26, it is ensured that the moving push frame 59 is pushed in place, thereby facilitating the further limiting of the moving pushing frame 59 by the limiting assembly 43, the main bracket 26 is equipped with Two guide rails 37, the two guide rails 37 are symmetrically distributed on both sides, and each guide rail 37 is used to place a mobile push frame 59;

(5) Start the limit assembly 43, the piston rod of the limit cylinder 44 is extended, and the piston rod promotes the limit sleeve 45 to move towards the moving push frame 59, so that the limit block 46 on the side of the mobile push frame 59 is gradually snapped into the limit. In the position cover 45, until the limit block 46 is completely snapped into the limit cover 45, and the limit cover 45 is in contact with the side of the moving push frame 59, and the bottom of the limit cover 45 is provided with a limit rod 47, the limit rod The dovetail slider 48 at the bottom of 47 is slidably engaged in the dovetail chute 49 on the main bracket 26, so that the dovetail slider 48 always slides along the dovetail chute 49 when the limit sleeve 45 moves; the upper limit assembly 43 of the main bracket 26 There are two groups, and two groups of limit assemblies 43 are located on both sides of the main bracket 26 respectively, and the two groups of limit assemblies 43 correspond to the two storage racks one by one. The spacing of frame 59 is fixed, and both sides of mobile push frame 59 are all provided with limit block 46, guarantees that mobile push frame 59 always has limit block 46 near the side of corresponding limit assembly 43, thereby can move by limit assembly 43. The frame 59 is positioned, and the limit assembly 43 realizes the movement of the limit sleeve 45 through the limit cylinder 44, so that the limit sleeve 45 can be snapped onto the corresponding limit block 46, and interferes with the side of the moving push frame 59, thereby limiting The front and rear and up and down movements of the mobile push frame 59, while the mobile push frame 59 itself realizes the precise clamping with the guide rail 37 through the clamping plate 38 at the bottom, can limit the left and right displacement of the mobile push frame 59, so that the mobile push frame 59 can be restricted in all directions. The movement of frame 59 ensures that the placement firmness of mobile push frame 59 on the main support 26 ensures that the overall placement of the culture frame is stable, and the movement of limit mobile push frame 59 can ensure that side pressure bar 21, top limit frame 20 and mobile push The precise positioning of the frame 59 is convenient for the actions of the follow-up side pressure assembly 27 and the top pressure assembly 28, so as to realize the stable positioning of the breeding frame, and when the spacer sleeve 45 moves, the 47 ends of the spacer bar below the spacer sleeve 45 The dovetail slider 48 at the top is matched with the dovetail chute 49 on the main bracket 26. When the limit sleeve 45 moves, the dovetail slider 48 always moves synchronously along the dovetail chute 49, which can improve the stability and level of the movement of the limit sleeve 45. In order to ensure the accuracy of the movement direction of the limit sleeve 45 and ensure the precise positioning of the limit sleeve 45 and the limit block 46, the design is ingenious and reasonable;

(6) Move and adjust the position of the limit side plate 50 according to the actual size of the breeding frame. The middle part of the support base plate 3 of the main support 26 is provided with two limit side plates 50, and the two limit side plates 50 correspond to two groups of storage respectively. frame, move the limit side plate 50 to the corresponding mobile push frame 59 until the limit side plate 50 moves into place; the two limit side plates 50 correspond to two mobile push frames 59 respectively, and the limit side plate 50 can Limit the position on one side of the breeding frame, and then cooperate with the subsequent side pressure strip 21 to limit the breeding frame from the left and right sides, and make certain adjustments to the placement position of the breeding frame to ensure the uniformity and orderliness of the placement of the breeding frame. And the left and right sides limit the movement of the breeding frame, which can further improve the stability and stability of the breeding frame;

The bottom end of the limit side plate 50 is provided with a groove, and the limit side plate 50 is slidably engaged on the raised guide rod 60 on the support base plate 3 through the groove. When the limit side plate 50 is moved, the limit side plate 50 is loosened. The pressing screw 61 on the front end surface of the plate 50 makes the space between the pressing screw 61 and the protruding guide rod 60 disengage, and then the limiting side plate 50 is moved in the direction corresponding to the moving push frame 59 until the limiting side plate 50 is in place Afterwards, tighten the clamping screw 61, the end of the clamping screw 61 extends and interferes in the embedding groove 62 on the side of the protruding guide rod 60, and the rear end of the limiting side plate 50 is provided with a slot, on the limiting side plate 50 during movement, the rear end of the limit side plate 50 is always slid and engaged on the rear limit plate 42 through the slot; At the same time, the rear end of the limit side plate 50 is plugged on the rear limit plate 42 through the slot, which effectively ensures the stability of the overall placement of the limit side plate 50 on the main bracket 26, and also has It is beneficial to the stability and reliability of the limit side plate 50 when moving and adjusting. When it is necessary to adjust the position of the limit side plate 50, loosen the clamping screw 61 so that the clamping screw 61 and the raised guide rod 60 are separated and then moved. Tighten the clamping screw 61 after it is in place, so that the clamping screw 61 can be snapped into the embedding groove 62 on the side of the raised guide rod 60 and clamped and fixed, effectively ensuring the structural fixity of the limiting side plate 50 after it is moved in place, thereby Ensure the limiting effect of the limiting side plate 50 on one side of the breeding frame;

(7) Start the side pressure assembly 27, the piston rod of the side pressure cylinder 29 is elongated, the piston rod pushes the side pressure bar 21 to move towards the moving push frame 59, and the side pressure bar 21 is evenly distributed with side draw-in grooves 51, each side draw-in groove 51 corresponds to a breeding frame, and the side pressing bar 21 is gradually snapped into one side of the breeding frame through the side card slot 51 during the movement, the piston rod continues to elongate, and the side pressing bar 21 pushes the breeding frame to move synchronously until the other side of the breeding frame The side edges collide with the corresponding limit side plate 50, and during the movement of the side bead 21, the guide column 30 on the side bead 21 will be moved synchronously, and the guide column 30 is always inserted into the side support plate 31 of the main bracket 26 The size of the side card slot 51 on the side bead 21 corresponds to the actual size of the culture frame, and the side card slot 51 corresponds to the lower card slot 34 one by one, so that each culture frame can correspond to a side card slot 51, so that the side pressing bar 21 can just snap on one side of the breeding frame, and when the side pressing bar 21 snaps into the side of the breeding frame, continue to move until the other side of the breeding frame just touches the corresponding limit side Plate 50, so that the left and right positions of the culture frame can be adjusted to a certain extent by the side bead 21, so that the culture frame can be placed on the mobile push frame 59 as smoothly and balancedly as possible, and the length of the movable push frame 59 extending from both sides of the culture frame is limited, so that The length extending from both sides is controlled within a certain error range, so as to ensure the balance and stability of the overall structure, and when the side pressure cylinder 29 pushes the side pressure bar 21 to move, the guide column 30 on the side pressure bar 21 is always limited to the positioning perforation 32 Inside, so that the guide column 30 can be used to limit the guidance and ensure the stability and levelness of the side bead 21 in the moving process;

(8) Start the top pressure assembly 28, the top pressure motor 52 rotates to drive the rotation of the adjustment screw 53, so that the adjustment block 22 on the adjustment screw 53 moves downward, and the connecting rod 23 on the adjustment block 22 is connected with the top limit frame 20 again. Connect, thus drive the top limit frame 20 to move down synchronously, the top limit frame 20 is provided with an upper limit bar 8, and the upper limit bar 8 is evenly distributed with upper card slots 54, each upper card slot 54 corresponds to a breeding frame, There are two upper limit bars 8, and the two upper limit bars 8 are matched with the two lower limit bars 33 one by one. The upper limit frame 20 moves down and the upper limit bar 8 is inserted into the breeding frame through the upper card slot 54. until the upper limit bar 8 touches the top surface of the culture frame, and the connecting rod 23 runs through the side support plate 31 during the movement of the top limit frame 20; The further limit effectively ensures the overall stability and reliability of the storage of the breeding frame. Two upper limit bars 8 are set on the top limit frame 20, and the two upper limit bars 8 correspond to the two lower limit bars 33 one by one. The draw-in groove 54 is also one-to-one corresponding with the lower draw-in groove 34, so that the top of each cultivation frame is all snapped into the corresponding upper draw-in groove 54, and the position is fixed by the top limit frame 20, and the top limit frame 20 passes through the top limit frame. The pressure motor 52 moves, and the top pressure motor 52 rotates to drive the adjustment screw 53 to rotate, so that the adjustment block 22 set on the adjustment screw 53 moves up and down, and the adjustment block 22 is connected with the top limit frame 20 through the connecting rod 23 Fixed, so as to realize the synchronous movement of the top limit frame 20, the design is reasonable, the operation is automated, and the connecting rod 23 is set through the side support plate 31, when the adjustment block 22 moves up and down, the connecting rod 23 is restricted by the side support plate 31 , to ensure the stability and verticality of the top limit frame 20 moving up and down, and improve the operational safety performance.

The above are only specific embodiments of the present invention, but the technical features of the present invention are not limited thereto. Any simple changes, equivalent replacements or modifications based on the present invention to solve basically the same technical problems and achieve basically the same technical effects are covered by the protection scope of the present invention.

Claims (9)

1. A storage method of a cultivation frame for full-age factory silkworm breeding, the cultivation frame comprises a frame body, and is characterized in that: the frame body comprises an annular side plate and a bottom plate, top edge strips and bottom edge strips are respectively arranged at the upper end and the lower end of the annular side plate, reinforcing rib plates are uniformly arranged between the top edge strips and the bottom edge strips, supporting bosses are arranged on the top edge strips, each supporting boss comprises a large supporting boss and a small supporting boss, the large supporting boss is located at the corner of the top edge strip, limiting strips are arranged on the large supporting boss, limiting grooves are formed in the four corners of the bottom edge strips, and the limiting strips are matched with the limiting grooves;

the storage method comprises the following steps:

(1) Selecting a corresponding storage rack according to the actual size of a culture frame to be stored, wherein the storage rack comprises a movable pushing rack, a top limiting rack and a side pressing strip, wherein a top pressing assembly on a top limiting rack and a main support is fixedly installed, the end part of a connecting rod on an adjusting block in the top pressing assembly is inserted into a connecting sleeve at the top end of the top limiting rack, the connecting rod and the connecting sleeve are fixedly installed by matching with a bolt assembly, a side pressing strip and the side pressing assembly on the main support are fixedly installed, the end parts of piston rods of side pressing cylinders in the side pressing strip and the side pressing assembly are fixed by adopting screws, and meanwhile, a guide column on the side pressing strip is inserted into a corresponding positioning perforation on a side supporting plate of the main support, and two groups of storage racks are placed on each main support;

(2) The cultivation frame is vertically placed on the movable pushing frame, lower limit strips are arranged on the movable pushing frame, lower clamping grooves are uniformly distributed on the lower limit strips, each lower clamping groove is correspondingly clamped into one cultivation frame, the bottom end of the cultivation frame is inserted and clamped into the lower clamping groove, two lower limit strips are symmetrically arranged left and right, and the bottoms of the cultivation frames are commonly supported by the two lower limit strips;

(3) After the cultivation frame is placed, selecting a corresponding auxiliary limit frame strip according to the actual size of the cultivation frame, installing and fixing the auxiliary limit frame strip on the movable pushing frame, and limiting the top of the cultivation frame through the auxiliary limit frame strip;

(4) Then the whole movable pushing frame is moved into the corresponding guide rail on the main support through a handle on the movable pushing frame, two clamping plates which are horizontally and symmetrically distributed are arranged on the bottom surface of the movable pushing frame, clamping grooves are formed between the two clamping plates, the movable pushing frame is clamped on the guide rail through the clamping grooves in a sliding manner, meanwhile, a movable roller at the bottom of the movable pushing frame is just positioned in a sliding groove of the guide rail, and the movable pushing frame is continuously pushed along the sliding groove until the rear end of the movable pushing frame is propped against a rear limiting plate at the rear side of the main support;

(5) Starting a limiting assembly, extending a piston rod of a limiting cylinder, pushing a limiting sleeve to move towards a moving pushing frame, enabling a limiting block on the side surface of the moving pushing frame to be gradually clamped into the limiting sleeve until the limiting block is completely clamped into the limiting sleeve, abutting the limiting sleeve on the side surface of the moving pushing frame, and arranging a limiting rod at the bottom of the limiting sleeve, wherein a dovetail sliding block at the bottom end of the limiting rod is slidably clamped into a dovetail sliding groove on a main support, and enabling the dovetail sliding block to slide along the dovetail sliding groove all the time when the limiting sleeve moves;

(6) The position of the limiting side plate is adjusted according to the actual size of the cultivation frame, two limiting side plates are arranged in the middle of the supporting bottom plate of the main bracket, the two limiting side plates correspond to the two groups of storage racks respectively, and the limiting side plates are moved towards the corresponding moving pushing rack until the limiting side plates move in place;

(7) Starting the side pressing assembly, enabling a piston rod of the side pressing cylinder to extend, enabling the piston rod to push the side pressing strips to move towards the moving pushing frame, enabling the side pressing strips to uniformly distribute side clamping grooves, enabling each side clamping groove to correspond to one side edge of the corresponding cultivation frame, gradually clamping the side clamping grooves to one side edge of the cultivation frame during movement of the side pressing strips, enabling the piston rod to extend continuously, enabling the side pressing strips to push the cultivation frame to move synchronously until the side edge of the other side edge of the cultivation frame abuts against the corresponding limiting side plate, enabling guide columns on the side pressing strips to move synchronously in the side pressing strips moving process, and enabling the guide columns to be inserted into positioning holes on side support plates of the main support all the time;

(8) The top pressure assembly is started, the top pressure motor rotates to drive the rotation of the adjusting screw, the adjusting block on the adjusting screw moves downwards, the connecting rod on the adjusting block is connected with the top limiting frame again, thereby the top limiting frame is driven to move downwards synchronously, the top limiting frame is provided with an upper limiting bar, upper clamping grooves are uniformly distributed on the upper limiting bar, each upper clamping groove corresponds to one cultivation frame, the upper limiting bar is provided with two upper limiting bars and two lower limiting bars in one-to-one correspondence, the top limiting bar moves downwards and is clamped into the top end of the cultivation frame through the upper clamping grooves until the upper limiting bar abuts against the top end face of the cultivation frame, and the connecting rod always penetrates through the side supporting plates in the movement of the top limiting frame.

2. The method for storing the full-age factory-like silkworm raising frame according to claim 1, wherein the method comprises the steps of: the bottom plate is provided with a supporting clamping seat.

3. The method for storing the full-age factory-like silkworm raising frame according to claim 1, wherein the method comprises the steps of: the annular side plates are uniformly provided with ribs, the cross sections of the ribs are round, square, elliptic or triangular, and ventilation slots are formed between adjacent ribs.

4. The method for storing the full-age factory-like silkworm raising frame according to claim 1, wherein the method comprises the steps of: the bottom plate is provided with a support column.

5. The method for storing the full-age factory-like silkworm raising frame according to claim 1, wherein the method comprises the steps of: the bottom plate is provided with a supporting block, and the supporting block is attached to the annular side plate.

6. The method for storing the full-age factory-like silkworm raising frame according to claim 1, wherein the method comprises the steps of: the limiting piece comprises a limiting seat and a limiting plate, limiting brackets are symmetrically arranged on the limiting seat in a left-right mode, and the limiting plate is rotationally connected to the middle of the top surface of the limiting seat.

7. The method for storing the full-age factory-like silkworm raising frame according to claim 1, wherein the method comprises the steps of: the protection casing is installed to the top of main support, is provided with the bracing piece on the protection casing, and the bracing piece is supported the bracing piece and is placed at the top of the bracing piece that corresponds on the main support, and the rethread bolt assembly is installed fixedly between bracing piece and the corresponding bracing piece to shelter from the protection through the protection casing.

8. The method for storing the full-age factory-like silkworm raising frame according to claim 1, wherein the method comprises the steps of: in the step (3), a bottom support bar is arranged on the movable pushing frame, the bottom support bar is arranged on the symmetrical central line of the two lower limit bars, the bottom surface of the cultivation frame is supported by the bottom support bar in an auxiliary mode, when the auxiliary limit frame bar is installed, the auxiliary limit frame bar is placed on the bottom support bar, a hole preset at the end portion of the auxiliary limit frame bar corresponds to a hole preset at the end portion of the bottom support bar, and the end portion of the auxiliary limit frame bar is installed and fixed between the end portion of the auxiliary limit frame bar and the end portion of the bottom support bar by matching with a screw.

9. The method for storing the full-age factory-like silkworm raising frame according to claim 1, wherein the method comprises the steps of: in the step (6), the bottom of the limiting side plate is provided with a groove, the limiting side plate is connected to a convex guide rod on the supporting bottom plate in a sliding and clamping mode through the groove, when the limiting side plate is moved, the tight supporting screw on the front end face of the limiting side plate is unscrewed, so that the tight supporting screw is separated from the convex guide rod, the limiting side plate is moved towards the corresponding moving pushing frame direction until the limiting side plate moves in place, the tight supporting screw is screwed, the end part of the tight supporting screw extends to abut in a clamping groove on the side face of the convex guide rod, the rear end of the limiting side plate is provided with a slot, and the rear end of the limiting side plate is connected to the rear limiting plate in a sliding and clamping mode all the time through the slot in the moving process of the limiting side plate.

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