46results about How to "Improve agricultural economy" patented technology

The invention relates to the technical field of famous high-quality tea picking, in particular to a parallel automatic famous high-quality tea picking robot. The parallel automatic famous high-qualitytea picking robot comprises a walking mechanism, a tea-leaf picker rack, a parallel mechanical arm, a master control system, a visual recognition device and a leaf bud collecting device, wherein thewalking mechanism is an electric rubber crawler-type walking mechanism, and the top of the walking mechanism is fixedly connected with the tea-leaf picker rack; the parallel mechanical arm is hoistedat the top of the rack, and a collecting device is fixedly connected to a right side of the rack; the parallel mechanical arm comprises a tail end rotating motor, a branched chain rotating motor, a movable platform, a fixed platform, a tail end rotating platform and picking fingers; and the visual recognition device comprises a global positioning camera and a feature recognition camera, the globalpositioning camera is fixedly installed at the top of the right side of the rack, and the feature recognition camera is fixedly connected to the tail end rotating platform of the parallel mechanicalarm. The picking robot combines manual picking action and mechanical picking action, adopts a visual recognition method for accurate positioning, is reasonable and feasible in structure, and has the advantages of large picking range, high working efficiency and high degree of automation.

The invention relates to the technical field of famous high-quality tea picking, in particular to an olecranon type pneumatic picking mechanism for famous high-quality tea. The olecranon type pneumatic picking mechanism comprises a base, a clamping mechanism and a shearing mechanism. A base platform is fixedly connected with a fixed rotary shaft, a fixed clip and an auxiliary spring, the left sideof the base is movably connected with an air cylinder, and the air cylinder firstly pushes a movable rod and a movable clip around the fixed shaft to achieve the clamping, shearing and leaf-stalk separation motion of the picking mechanism. The clamping mechanism comprises the fixed clip and the movable clip, and the shearing mechanism comprises a left blade and a right blade. The right blade andthe left blade are oppositely arranged and movably connected, a torsional spring is arranged at the joint and abuts against the blade surface of the left blade and the blade surface of the right blade, glued rubber sheets are fixed to the movable clip and the fixed clip, and a tea outlet is formed in the base. According to the olecranon type pneumatic picking mechanism, the manual picking action and the mechanical picking action are combined, the scheme is reasonable and feasible, and the advantages of being simple in structure, precise in picking, high in work efficiency, low in cost and thelike are achieved.

The invention provides a method for improving saline-alkali soil through ardealite, a slow-release binder, straw and biological bacteria. The method includes the steps that first, the ardealite is used for treatment; then the slow-release binder is used for treatment; finally, a material mixed by the straw and the biological bacteria is used for treatment. By the adoption of the method for improving the saline-alkali soil, the saline-alkali soil can be improved quickly and is made to be suitable for growth of crops; besides, the application range of the modifying agent is wide, the modifying agent is suitable for improvement of soil alkalization in different areas and for different reasons, the modifying agent can be applied to the soil reasonably, and the soil structure can be improved; the soil alkalinity is lowered, the salt elimination rate of the soil is increased, the soil fertility is improved, the growth of the crops is promoted, and agricultural economy is improved.

The invention provides a saline-alkali soil improvement agent and a preparation method and application thereof. The saline-alkali soil improvement agent is prepared from a fermented wormwood plant, ardealite, urea and fulvic acid, contains a large amount of organic matter and acid radical ions, can effectively neutralize alkaline matter of saline-alkali soil, is suitable for moderate-severe saline-alkali soil high in soil salinity and pH value, good in calcareous property, poor in physical structure and the like, can quickly improve the saline-alkali soil, is suitable for crop growth and can improve the fertilizer conservation and water retaining capacity of the soil after being used for a long period of time. The preparation method and the ingredients of the improvement agent are simple, the production cost is low, the saline-alkali soil improvement agent is obtained by mainly adopting industrial and agricultural waste and utilizing physical, chemical and biochemical principles through optimum disposition, is wide in application range and is suitable for improvement of salinized and alkalized soil caused by different reasons in different regions. After the saline-alkali soil improvement agent is reasonably applied to the soil, the fertility of the soil can be improved, a soil structure can be improved, the soil alkalinity can be neutralized, the salt elimination rate of the soil can be improved, growth of crops can be further promoted, and the agricultural economic benefits can be improved.

The invention provides a saline land modifier containing phosphogypsum and dimethylthiourea and usage method thereof. The saline land modifier comprises the following raw materials by weight: 200-600 portions of phosphogypsum and 1-50 portions of dimethylthiourea. The usage method comprises treatment of saline land with phosphorus gypsum, and treatment of saline land with dimethylthiourea. The saline land modifier with the above formula with the usage method can quickly improve the saline alkali soil, and is suitable for the growth of crops; and the saline land modifier can be widely used, and is applicable to soil salinization improvement caused by different reasons in different regions; the saline land modifier can be applied to saline soil to improve soil structure, reduce soil alkalinity, improve soil desalting rate, improve soil fertility, promote crop growth, and improve agricultural economy.

The invention provides treatment equipment and a treatment method for irrigation water used for agricultural water conservancy. The treatment equipment comprises an upstream irrigation canal, a reservoir and a downstream irrigation canal which are sequentially communicated with each other, wherein a coarse filter screen and a fine filter screen are fixedly installed on the inner side surface of the upstream irrigation canal; the coarse filter screen is arranged at a position away from the reservoir; and the fine filter screen is arranged at a position close to the reservoir. The method comprises a step that S1, agricultural irrigation water in the upstream irrigation canal passes through the coarse filter screen and the fine filter screen, most impurities such as large particles are filtered out, and then the agricultural irrigation water enters space close to the reservoir. The treatment equipment for irrigation water used for agricultural water conservancy in the invention can treatirrigation water according to planting requirements of crops before irrigation; and the quality of irrigation water is improved by filtering impurities and adding different nutritional ingredients, medicines and the like, so the yield, disease resistance and the like of crops are improved, the increase of agricultural economy is directly promoted, the soil environment of a farmland can be protected, and environmental protection is facilitated.

The invention relates to a method for producing food outer packing boxes by using fallen bamboo barks and leaves. A bamboo shell guide plate is located in two states; the first state is a working state of inserting one end of the bamboo shell guide plate in a bamboo shell feeding groove; the second state is an avoiding state of a driving mechanism B driving the bamboo shell guide plate to move far from one side of the bamboo shell feeding groove to avoid from downward movement of an ironing plate; first and second leveling units are located in two states; the first state is a preparation state of positioning first and second lead wheels in a gap part when the bamboo shell guide plate is located in the working state; and the second state is a leveling state of a driving mechanism C adjusting the first and second lead wheel to move far from one side of the bamboo shell guide plate to level a bamboo shell. The method can effectively recover the bamboo shell to provide support for improvement of the agricultural economy.

The invention relates to a production system for producing calligraphy and painting packing boxes by using bamboo shells. A cooking device includes a cooking barrel and an annular guide rail arranged above the cooking barrel; a mesh separation plate is arranged in the cooking barrel; a barrel cavity of the cooking barrel at the upper part of the mesh separation plate is used for cooking the bamboo shells; a heating module B is arranged on the lower side of the mesh separation plate; a moving car is arranged on the annular guide rail, and is provided with a windlass; the windlass is connected with a basket for accommodating the bamboo shells; the basket is spliced by all basket bodies; the basket bodies include basket bottoms, basket covers and circular side basket walls; one ends of the basket bottoms are hinged with the side basket walls; buckles are arranged at the bottoms of the side basket walls; bolts are inserted in the buckles to lock the basket bottoms; connecting hooks are uniformly arranged at the outer peripheries of the tops of the side basket walls in a spaced manner; connecting buckles are uniformly arranged at the outer peripheries of the bottoms of the side basket walls in a spaced manner; and the connecting hooks and the connecting buckles are correspondingly arranged. The production system can effectively recycle the bamboo shells to provide support for improvement of the agricultural economy.

The invention relates to a process for producing packing boxes by recovering agricultural wastes. An ironing mechanism includes an ironing plate arranged above a bamboo shell conveying belt; the ironing plate is slidingly mounted on a frame A in the vertical direction, and is connected with a driving mechanism D; the driving mechanism D drives the ironing plate to move up and down; bamboo shell guide plate is located in two states; the first state is a working state of inserting one end of the bamboo shell guide plate into a bamboo shell feeding groove; and the second state is an avoiding station of a driving mechanism B driving the bamboo shell guide plate to move far from one side of the bamboo shell feeding groove to avoid downward movement of the ironing plate; first and second leveling units are located in two states; the first state is a preparation state of positioning first and second lead wheels in a gap part when the bamboo shell guide plate is located in the working state; and the second state is a leveling state of a driving mechanism C adjusting the first and second lead wheels to move far from one side of the bamboo shell guide plate to level bamboo shells. The process can effectively recycle the bamboo shells so as to provide support for improvement of agricultural economy.

The invention relates to a method for producing an environment-friendly packing box through adopting bamboo shells. The technical scheme is that a stewing device comprises a stewing barrel and an annular guide rail arranged above the stewing barrel, wherein a mesh partition is arranged inside the stewing barrel; a stewing barrel cavity above the mesh partition is used for stewing the bamboo shells; a heating assembly B is arranged below the mesh partition; a moving trolley is arranged on the annular guide rail; a winch is arranged on the moving trolley; the winch is connected with a basket used for accommodating the bamboo shells; the basket is formed through splicing frame bodies; each frame body comprises a frame bottom, a frame cover and a circular side frame wall; one end of the frame bottom is hinged to the side frame wall; a buckle is arranged at the bottom of the side frame wall; a plug is inserted into the buckle to lock the frame bottom; connecting hooks are uniformly arranged on the periphery of the top of the side frame wall at intervals; connecting buckles are uniformly arranged on the periphery of the bottom of the side frame wall at intervals; the connecting hooks and the connecting buckles are correspondingly arranged; the adjacent frame bodies are in lock connection through the connecting hooks and the connecting buckles; barriers are arranged inside the frame bodies for separation; and the winch hoists the basket. Through the technical scheme, the bamboo shells can be effectively recycled, and support is provided for improvement of agricultural economy.

The invention relates to an operation method for producing packing boxes by stalk sheaths. A hair removing device includes a frame B and a hair removing drum inclined on the frame B; a feed port and a discharge port are respectively formed in two ends of the hair removing drum; convex ribs are arranged on the inner wall surface of the hair removing drum, are consistent with the hair removing drum in length direction, and are laminarly arranged on the inner wall of the hair removing drum in the length direction of the hair removing drum; the convex ribs on the adjacent layers are staggered at intervals; and the hair removing drum is connected with a driving mechanism E. The operation method can effectively recycle bamboo shells to provide support for improvement of the agricultural economy.

The invention relates to a system for recycling culm sheathes. The system is characterized in that a bamboo shell pretreatment unit comprises a burr removing device, a soaking tank, a cooking device, a washing tank, a drying rack, a flattening device and a pressing machine which are arranged in sequence, wherein the burr removing device is used for removing burrs on the outer surface of a bamboo shell; the soaking tank is used for soaking the bamboo shell after burr removal; the cooking device is used for cooking the soaked bamboo shell; the washing tank is used for cleaning the cooked bamboo shell; the drying frame is used for drying the cleaned bamboo shell; the flattening device is used for flattening the dried bamboo shell; the pressing machine is used for stacking and pressing the flattened bamboo shell. According to the technical scheme, the bamboo shell can be recycled, so that a support is provided for improving the agricultural economy.

The invention relates to an agricultural waste recycling method. According to the method, pretreated bamboo shells are cut into square bamboo shell blocks; the square bamboo shell blocks are spliced on a bamboo shell splicing unit into Y1-type bamboo shell strips and Y2-type bamboo shell strips; and then the Y1-type bamboo shell strips and the Y2-type bamboo shell strips are composited, and bamboo shell boards are prepared. With adoption of the technical scheme, the bamboo shells can be recycled effectively, and support is provided for improvement of agricultural economy.

The invention provides a method for amending saline-alkaline land by using ardealite, methylene diurea, EDTA (Ethylene Diamine Tetraacetic Acid) and biological bacteria. The method comprises the steps of firstly carrying out treating with ardealite, then, carrying out treating with a mixture of methylene diurea, diethyl oxalate and hydroxymethyl cellulose, then, carrying out treating with EDTA, and finally, carrying out treating with a mixed material of straws and the biological bacteria. By adopting the method to amend the saline-alkaline land, saline-alkali soil can be amended rapidly so as to be suitable for crop growing; and the amendment is relatively wide in scope of application and is applicable to the soil amendment of soil salinization caused by different regions and different reasons, by reasonably applying the amendment to soil, the structure of the soil can be improved, the alkalinity of the soil is lowered, the salt draining ratio of the soil is increased, the fertility of the soil is increased, the growth of crops is promoted, and agricultural economy is improved.

The invention relates to a system used for recycling agricultural wastes. A bamboo shell jointing unit comprises a Y1 type bamboo shell jointing line used for jointing Y1 type bamboo shell strips and a Y2 type bamboo shell jointing line used for jointing Y2 type bamboo shell strips, wherein the length directions of bamboo shell blocks which are jointed into the Y1 type bamboo shell strips are consistent with strip length directions of the Y1 type bamboo shell strips; the Y1 type bamboo shell strips are formed by jointing Y1 type bamboo shell unit joints; each Y1 type bamboo shell unit joint is formed by jointing a row of bamboo shell blocks; the length directions of the bamboo shell blocks which are jointed into the Y2 type bamboo shell strips are perpendicular to the strip length directions of the Y2 type bamboo shell strips; the Y2 type bamboo shell strips are formed by jointing Y2 type bamboo shell unit joints; and each Y2 type bamboo shell unit joint is formed by jointing a row of bamboo shell blocks. According to the technical scheme adopted by the invention, bamboo shells can be effectively recycled, so that support is provided for improving agricultural economy.

The invention relates to a device for recycling bamboo shells to produce a packing box. The technical scheme is that a bamboo shell splicing unit comprises a Y1 type bamboo shell splicing line used for splicing a Y1 type bamboo shell strip, and a Y2 type bamboo shell splicing line used for splicing a Y2 type bamboo shell strip; the length direction of bamboo shell blocks for splicing the Y1 type bamboo shell strip is the same as the strip length direction of the Y1 type bamboo shell strip; the Y1 type bamboo shell strip is formed through splicing Y1 type bamboo shell unit joints; each Y1 type bamboo shell unit joint is formed through splicing a row of the bamboo shell blocks; the length direction of bamboo shell blocks for splicing the Y2 type bamboo shell strip is perpendicular to the strip length direction of the Y2 type bamboo shell strip; the Y2 type bamboo shell strip is formed through splicing Y2 type bamboo shell unit joints; and each Y2 type bamboo shell unit joint is formed through splicing a row of the bamboo shell blocks. Through the technical scheme, the bamboo shells can be effectively recycled, and support is provided for improvement of agricultural economy.

The invention provides a method for improving saline and alkaline land through ardealite, TMPU and EDTA. The method includes the steps that first, the land is treated with ardealite and fulvic acid calcium; then, the land is treated with a mixture of TMPU, oxalic acid and hydroxymethyl cellulose; finally, the land is treated with EDTA. By the adoption of the method for improving the saline and alkaline land, saline and alkaline soil can be rapidly improved to be suitable for crop growth; besides, an improver is wide in application range and suitable for soil improvement on soil salinization and alkalinization caused by different reasons in different areas and can improve the soil structure, lower soil alkalinity, increase the soil salt rejection ratio, improve soil fertility, promote crop growth and improve agricultural economy when reasonably applied into soil.

The invention relates to a bamboo shell recycling system. A first veneer longitudinal splicing machine and a second veneer longitudinal splicing machine adopt the same structure, wherein the first veneer longitudinal splicing machine comprises a rack K, a splicing mechanism for splicing bamboo shell blocks and a control assembly K for regulating and controlling operating states of all parts are arranged on the rack K, a bamboo shell feeding mechanism for feeding to-be-spliced bamboo shell blocks is arranged in front of the splicing mechanism, a bamboo shell discharging mechanism for discharging the spliced bamboo shell blocks is arranged behind the splicing mechanism, the bamboo shell feeding mechanism comprises a first mounting cross beam and a second mounting cross beam which are arranged above a feeding end of a bamboo shell block conveyor belt, and the first mounting cross beam and the second mounting cross beam are connected with the rack K in a slide guiding fit manner in the vertical direction. With adoption of the technical scheme, bamboo shells can be recycled effectively, and support is provided for improvement of agricultural economy.

The invention relates to a production technology for producing environment-friendly packaging boxes through bamboo shells. Three first flattening subunits are arranged at intervals in the conveying direction of a bamboo shell conveying belt, three second flattening subunits are arranged at intervals in the conveying direction of the bamboo shell conveying belt, the first flattening subunits and the second flattening subunits are arranged correspondingly, the distance between every two adjacent first flattening subunits is d31, the average length of the bamboo shells is d4, and d31 is equal to 0.4*d4. According to the technical scheme, the bamboo shells can be effectively recycled, and support can be provided for agricultural economy.

The invention relates to equipment for producing packing boxes by using culm sheaths. A bamboo shell roller is rotationally mounted on a first movable mounting base; a bamboo shell block guide bar is vertically arranged on a second movable mounting base; the bamboo shell roller and the bamboo shell block guide bar are correspondingly arranged; a gap between the bamboo shell block guide bar and a bamboo shell block conveying belt is matched with the thickness of single bamboo shell block; bamboo shell blocks are aslant stacked on first and second storage parts; A side edge parts of the bamboo shell blocks are supported by the bamboo shell roller; B side edge parts of the bamboo shell blocks are butted against the side wall surface of the bamboo shell block guide bar; the A and B side edge parts of the bamboo shell blocks are two edge parts on the bamboo shell blocks parallel to the belt width direction of the bamboo shell block conveying belt; and the A side edge parts of the bamboo shell blocks are higher than the B side edge parts of the bamboo shell blocks. The equipment can effectively recycle bamboo shells to provide support for improvement of the agricultural economy.

The invention relates to a feed and fertilizer applying and scattering device capable of improving agricultural economic benefits. The feed and fertilizer applying and scattering device comprises a frame and wheels installed on the frame. The mounting frames are symmetrically arranged on the two sides of the frame and connected with the frame through at least two telescopic supports, the two mounting frames are connected through a reciprocating driving mechanism mounted on the frame, and the reciprocating driving mechanism drives the two mounting frames to move in the opposite directions or in the opposite directions; three supporting frame bodies are installed on the side, away from the vehicle frame, of the installation frame, first arc-shaped spraying discs are fixed to the supporting frame bodies, second arc-shaped spraying discs are slidably installed in arc-shaped grooves formed in the first arc-shaped spraying discs, and the second arc-shaped spraying discs are connected through driving mechanisms installed on the supporting frame bodies. The driving mechanism drives the second arc-shaped spraying disc to rotate, and when the second arc-shaped spraying disc rotates out of the stroke end of the arc-shaped groove, the first arc-shaped spraying disc communicates with the inner side of the second arc-shaped spraying disc.

The invention relates to a production process of a tea packaging box. The bamboo shell splicing unit includes a Y1-type bamboo shell splicing line for splicing Y1-type bamboo shell strips and a Y2-type bamboo shell splicing line for splicing Y2-type bamboo shell strips. The longitudinal direction (fiber grain direction) of each bamboo shell piece that splicing forms Y1 type bamboo shell strip material is all consistent with the belt length direction of Y1 type bamboo shell strip material, and Y1 type bamboo shell strip material is made of each Y1 type bamboo shell unit The joints are formed by splicing, and the Y1 type bamboo shell unit is formed by splicing a row of bamboo shell pieces; perpendicular to each other; the above-mentioned technical scheme can effectively recycle the bamboo shells and provide support for improving the agricultural economy.

The invention relates to a production technology for producing calligraphy and painting packaging boxes by utilizing agricultural bamboo shells. An airing frame comprises a rack F, wherein a supporting table board arranged in a stepped manner is arranged on the rack F, a water collecting part is arranged on the supporting table board and is composed of a bent board body A, the board body A comprises a first board body part and a second board body part bending and extending obliquely upward from the outer side edge part of the first board body part, the first board body part is arranged in an inclined shape, and the outer side of the first board body part is higher than the inner side of the first board body part. By adopting the technical scheme, the bamboo shells can be effectively recycled, and support is provided for improving agricultural economy.

The invention relates to an operation scheme for achieving production of package boxes through bamboo shells. Two first leveling subunits are arranged in the conveying direction of a bamboo shell conveying belt in a spaced manner. Two second leveling subunits are arranged in the conveying direction of the bamboo shell conveying belt in a spaced manner. The first leveling subunits and the second leveling subunits are correspondingly arranged. The distance between the two first leveling subunits is d32, and the average length of the bamboo shells is d4, wherein d32 is equal to the product of 0.6 and d4. The operation scheme adapts to feeding of bamboo shell blocks of different varieties of bamboos. According to the above technical scheme, bamboo shells can be effectively recycled, and a support is provided for improving agricultural economy.

The invention relates to a device for manufacturing agricultural production waste into a packing box. A dovetail groove is formed in a second movable installing base in the vertical direction. A bamboo shell block guiding strip is installed in the dovetail groove and is in sliding guiding fit with the second movable installing base in the vertical direction. The second movable installing base is further provided with an adjusting mechanism used for adjusting the vertical movement of the bamboo shell block guiding strip. The side wall face, abutting against a bamboo shell block, on the bamboo shell block guiding strip is set to be an arc-shaped convex face. The arc-shaped convex face is formed in the manner that the side wall face of the bamboo shell block guiding strip protrudes towards the side close to a bamboo shell idler wheel. According to the above technical scheme, bamboo shells can be effectively recycled, and a support is provided for improving agricultural economy.

The invention relates to equipment for producing environment-friendly packing boxes by using bamboo shells. A bamboo shell splicing set includes a Y1 type bamboo shell splicing wire for splicing a Y1 type bamboo shell belt, and a Y2 type bamboo shell splicing wire for splicing a Y2 type bamboo shell belt; the length directions of all bamboo shell blocks for splicing the Y1 type bamboo shell belt are all consistent with the belt length direction of the Y1 type bamboo shell belt; the Y1 type bamboo shell belt is spliced by all Y1 type bamboo shell unit sections; the Y1 type bamboo shell unit sections are spliced by one row of bamboo shell blocks; the length directions of all bamboo shell blocks for splicing the Y2 type bamboo shell belt are all perpendicular to the belt length direction of the Y2 type bamboo shell belt; the Y2 type bamboo shell belt is spliced by all Y2 type bamboo shell unit sections; and the Y2 type bamboo shell unit sections are spliced by one row of bamboo shell blocks. The equipment can effectively recycle the bamboo shells to provide support for improvement of the agricultural economy.

The invention provides a saline and alkaline land improver containing phosphogypsum and trimethylene tetrarea and a using method. The saline and alkaline land improver comprises the following raw materials in parts by weight: 100-400 parts of phosphogypsum, 2-30 parts of humilic acid, 5-40 parts of trimethylene tetrarea, 0.1-1 part of phthalic acid and 0.1-1 part of polyethylene glycol. The using method comprises: firstly, treating the saline and alkaline land by using phosphogypsum and trimethylene tetrarea; and then treating the saline and alkaline land by using trimethylene tetrarea, phthalic acid and polyethylene glycol. The saline and alkaline land improver in the formula matched with the using method can quickly improve the saline and alkaline land which is suitable for crop growth. Moreover, the improver is relatively wide in applying range and suitable for improving salinized soil caused by different reasons in different regions. By applying the improver to the saline and alkaline, the soil structure can be improved, the soil alkalinity can be reduced, the salt elimination rate of soil can be improved, the soil fertility can be improved, the growth of crops can be accelerated, and the agricultural economy can be improved.

The invention relates to an operation method for producing an environmentally-friendly packing box from waste bamboo shells. The inside of a hot-pressing plate is of a cavity for containing conduction oil, the cavity, an oil conduit, a conveying pump and an oil storage tank form a circulating oil path, an electric heating assembly is arranged in the oil storage tank, and a partition board is arranged in the cavity to divide the cavity into a sinuous runner for the flow of conduction oil. The operation method can be applied to feeding of different types of bottom shell blocks. According to the technical scheme, the bamboo shells can be effectively recycled, thereby providing support for the increase of agricultural economy.

The invention relates to production equipment of an environment-friendly external packaging box. A first single plate longitudinal splicing machine and a second single plate longitudinal splicing machine have the same structure; the first single plate longitudinal splicing machine comprises a rack K; the rack K is provided with a splicing mechanism for splicing a bamboo shell block and a control assembly K for regulating and controlling an operation state of each part; a bamboo shell feeding mechanism for feeding a bamboo shell block to be spliced is arranged on the front side of the splicing mechanism; a bamboo shell discharging mechanism for discharging the spliced bamboo shell block is arranged on the rear side of the splicing mechanism; the bamboo shell feeding mechanism comprises a first mounting transverse beam and a second mounting transverse beam, which are arranged above a feeding end of a bamboo shell block conveying belt; and the first mounting transverse beam and the second mounting transverse beam, and the rack K form sliding guide matching connection along the perpendicular direction. By virtue of the technical scheme above, bamboo shells can be effectively recycled and utilized, and supports are provided for improving agricultural economy.

The invention relates to novel equipment for producing packing boxes by recovering agricultural waste. A cleaning device is arranged between a bamboo shell polishing device and a bamboo shell printer and comprises a rack T, wherein a conveying channel allowing bamboo shell boards to pass and a bamboo shell board conveying assembly for conveying the bamboo shell boards are arranged on the rack T, a partition is arranged in the conveying channel and divides the conveying channel into an air sweeping area and a dust collecting area sequentially in the conveying direction, a blast assembly for sweeping surfaces of the bamboo shell boards is arranged in the air sweeping area, an air outlet of the blast assembly points to the surfaces of the bamboo shell boards, and a dust collector for cleaning the surfaces of the bamboo shell boards is arranged in the dust collecting area. With adoption of the technical scheme, bamboo shells can be recycled effectively, and support is provided for improvement of agricultural economy.