77results about How to "Increase stack height" patented technology

A modular system for transporting wind turbine blades in at least two different spatial arrangements comprising two or more root end transport frames having a height H for supporting the root end, wherein H<D (D=bolt circle diameter), and two or more first tip end transport frames having a height H1 for supporting the blade towards the tip end, each first tip end transport frame has a base frame and a support bracket provided on top of the base frame, wherein each first tip end transport frame is stackable on top of a root end transport frame and vice versa, so the system is operable to stack successive blades in an alternating root end to tip end arrangement. The first tip end transport frame is replaceable with a second end transport frame that increase the inter-blade spacing, or with a tip end or a root end distance piece.

FIG. 4 is an overall view of the representation of the Peeping Tom (916) problem and its deterrence showing the Peeping Tom Deterrent Design for Horizontal Window Blinds of the Present Invention (100) installed, and when the Control Cord Hole Free Window Blind Slats (156) are tilt closed and lowered close, will prevent the Peeping Tom (916) from gazing through the Control Cord Hole Free Window Blind Slats (156), furthermore, the Left Edge Cover Strip (140), and the Right Edge Cover Strip (144) prevent the Peeping Tom (916) from gazing around the Window Casing Right Side (900) and Window Casing Left Side (904) which are shown in relation to the Window Casing Top (908) and the Window Casing Bottom (912), furthermore, the Clip (104) with a Front Loop (108) and a Rear Loop (116) and a Window Blind Tilt Control Cord Pair Knot (196), plus Snap Tap Holes (106) are shown on the Clip (104), furthermore, the Window Blind Raising Open and Lowering Close Control Cord Pair (160) and the Window Blind Tilt Control Cord Pair (164) are shown threaded through and attached to the clip loops in relation to the Window Blind Head Rail (168) and the Window Blind Bottom Board (172) and the Raise Open and Lower Close Control Cord Pair User Cord Loops (180).

The invention relates to finished pipelines, in particular to a transportation tool for finished pipelines with flanges. The transportation tool for the finished pipelines with the flanges comprises m*n units, wherein m and n are both larger than or equal to two. Each unit is a square box which is formed by two flange clamping racks in a splicing mode. The dimensions of the square boxes are matched with those of flanges of pipelines to be transported. Connecting edges are arranged at the splicing portions of every two flange clamping racks and are fixedly connected through bolts and nuts. The flanges at the two ends of each finished pipeline with the flanges are clamped into the corresponding units respectively. According to the transportation tool, the original mode of stacking of the flanges and pipe bodies is changed to the mode of stacking of the flanges, stacking of the flanges can bear large pressure, and the stacking height of the pipelines is greatly increased. The units can be connected horizontally and longitudinally, and the stability of the pipelines in the stacking and transportation process is improved.

The invention discloses a superfine particle tailing reservoir heightening and capacity expanding stacking-discharging structure capable of achieving one-time dam building by adopting a center line method. The structure is formed by combining an original tailing blocking dam (1), a dam abutment flood intercepting trench (12), a first-stage heightening dam body (2), a second-stage heightening dam body (3), a third-stage heightening dam body (4),..., and an nth-stage heightening dam body; a row of medium-coarse tailing drainage blind drains (9) which are parallel to one another and perpendicularto the axis of the corresponding dam body are constructed in the portion on the top layer of each stage of heightening dam body; draining communication pipes (7) and underground water collecting pipes (11) are laid; drainage floral tubes (8) are buried in the medium-coarse sand drainage blind drains (9); and layers of high-strength anti-corrosion geogrid (6) are laid every 0.5-1.0 m of verticalinterval. According to the invention, solidification of fine particle tailings is accelerated, the mechanical strength index of the fine particle tailings is improved and increased, thus, the capacityof a tailing reservoir is remarkably increased, the production service life is prolonged, and meanwhile, the problems that the capacity of parts of waste dumps are not enough, and mining waste rock is stacked are solved.

It is an object of the invention to provide a technique for taking out folded sheets without increasing the height of a stack of sheets in a stacking direction. A representative stack of sheets includes first sheet bodies 12A, 12B each formed by folding a sheet and having a fold 12Aa, 12Ba and an opening 12ab, 12Bb and second sheet bodies 13A each formed by folding a sheet and then further folding the sheet in the same direction. The second sheet body 13A includes a fold 13Aa and an opening 13Ab fanned by the first folding and a gap 13c formed by the second folding. The fold and the opening of each of the first sheet bodies 12A, 12B are inserted into a region on the other side in the gap 13 in one of two second sheet bodies 13 such that the gaps 13 are open in the opposite directions with respect to each other and into a region on one side in the gap 13 in the stacking direction in the other second sheet body, respectively.

The invention relates to honeycomb-shaped activated coke for flue gas purification and a production method thereof. The effective ingredient of the honeycomb-shaped activated coke is activated coke/carbon, meanwhile other auxiliary additives are added, and the additives include an adhesion agent, a lubricating agent, extrusion aid and a fiber framework. The invention further discloses a preparation method of the honeycomb-shaped activated coke for flue gas purification. Pug with good plasticity is obtained after material mixing and kneading are conducted, then an activated coke honeycomb body is obtained trough extrusion molding, and finally the honeycomb-shaped activated coke is obtained through drying and baking. The honeycomb-shaped activated coke can be used for desulfuration, denitration and other purification processes of boiler flue gas, can greatly lower high wind resistance and high electric consumption in an existing activated coke flue gas process, meanwhile improves the activated coke stack height on the basis of basically maintaining the macro ratio surface and lowers the occupied area of the process, the honeycomb-shaped activated coke for flue gas purification and the production method thereof are simple in preparation process and do not involve a high-temperature process, and strength of the honeycomb-shaped activated coke is increased while energy consumption is lowered.

The invention discloses a method for producing biological feed through aerobic anaerobic coupling fermentation. According to the method, mixed bacteria of bacilli, lactobacilli and saccharomycetes serve as a fermentation strain of the biological feed; the biological feed is produced by using the aerobic anaerobic coupling solid state fermentation technology, and sterile constant-temperature air isintroduced into a deep material intermittently in the fermentation process, so that growth and propagation of aerobic microorganisms in a lower layer material are facilitated, and the product qualitystability is also improved; the stacking height of material layers can be increased under the ventilation and heat dissipation conditions, and the production capacity of equipment is improved. In addition, the fermented biological feed contains a lot of probiotic bacteria capable of improving intestinal health of animals, the micro-ecological environment of the gastrointestinal tracts can be improved after the animals are fed, and the immunity of organisms can be improved. Besides, the biological feed is rich in lactic acid and has strong mellow fragrance so that the palatability of the feedcan be remarkably improved, the animal feed intake can be improved, the rapid growth of the animals can be promoted, and the production capacity of the breeding industry can be improved.

The invention discloses a novel heightening expanding method for a one-time constructed dam ultra-fine tailings pond through a midline method. The method is characterized in that heightening expandingis carried out through a grading and staging construction method, a first-stage heightening dam body (2), a second-stage heightening dam body (3), a third-stage heightening dam body (4) and the likeare sequentially piled and constructed; a row of medium-coarse sand seepage drainage blind ditches (9) which is parallel among each other and perpendicular to the axis of each dam body are constructedin the top layer of the heightened dam body; water drainage communicating pipes (7) and underground water collecting pipes (11) are laid; seepage drainage floral pipes (8) are buried in the medium-coarse sand seepage drainage blind ditches (9) of the heightening dam bodies; and a layer of high-strength corrosion-resistant geogrid (6) is fully paved at every vertical interval of 0.5-1.0 m. According to the novel method, the consolidation of fine tailings is accelerated, the mechanical strength index of the fine tailings is improved, the storage capacity of the tailings pond is remarkably increased, the production service life is prolonged, the pressure of tailings discharge of enterprise production is relieved, and meanwhile the problems that the capacity of part of dumping sites is insufficient and mining waste rocks are piled up are solved.

The invention provides a double-rotor motor and an air conditioning unit. The double-rotor motor comprises a stator, an outer rotor and an inner rotor, the stator is fixedly arranged, the stator formsan outer stator section and an inner stator section which are connected along the height direction of the stator, the outer rotor is arranged on the outer side of the outer stator section, and the inner rotor is arranged on the inner side of the inner stator section. By means of the technical scheme, only the stacking height of the outer rotor with the large radius can be increased, the increasedcost is small, and the brought rotational inertia is obviously increased. The moment of inertia of the motor is increased, the torque fluctuation of low-frequency operation of a compressor is reduced, the low-frequency operation current fluctuation is reduced, the current harmonic content is reduced, the compression low-frequency operation rotating speed is more stable, and the efficiency of thecompressor in low frequency operation is enhanced.

The invention discloses a plate overturning and stacking device. The device comprises at least two roller conveyors arranged in parallel, and a plate overturning and feeding mechanism located betweenevery two adjacent roller conveyors and used for deflecting between the two roller conveyors in a reciprocating mode. The device further comprises a supporting frame, the supporting frame stretches across all the roller conveyors, and a stacking platform is arranged on one sides of the roller conveyors; and a transferring mechanism used for feeding plates between the roller conveyors and the stacking platform is mounted at the top of the supporting frame in a sliding manner. According to the plate overturning and stacking device, mechanical plate receiving, plate overturning, transferring andstacking work of the plates is achieved, and front face opposite stacking of two plates is effectively guaranteed, compared with traditional manual operation, the labor intensity and labor consumptionof workers are greatly reduced, the work continuity is high, the work efficiency and the use reliability are high, and meanwhile the stacking height and flatness are high.

The storage cage as one turnover cargo transporting article includes pedestals, base plates, and four side plates to form the side walls. Each of the pedestals has corner feet with tenon in the lower part and pin shaft slot and pin shaft hole in the upper part, and hinge cavity; each of the front and the back side plate has hinge and connecting pin slot; and each of the right and left side plate has one pair of uprights with grooves and pins for connecting the front and the back side plate in the upper part and pin shaft in the lower part. The storage cage may have the side plates folded onto the pedestals to save space.

The invention discloses a method for preventing earthquake liquefaction instable failure for superfine grain upstream method tailing damming. The burying depth of a first earthquake liquefaction preventing medium-coarse sand draining and seeping layer and the burying depth of a second earthquake liquefaction preventing medium-coarse sand draining and seeping layer are determined according to the earthquake fortification intensity of an earthquake of a region, wherein each of the first earthquake liquefaction preventing medium-coarse sand draining and seeping layer and the second earthquake liquefaction preventing medium-coarse sand draining and seeping layer is composed of a medium-coarse sand draining and seeping layer (11) and a row of slot draining and seeping pipes (3) laid in the medium-coarse sand draining and seeping layer (11), wherein the slot draining and seeping pipes (3) communicate with a water draining communication pipe (2) through a tee pipe (12), and the outer end of the water draining communication pipe (2) is connected with a dam abutment flood interception trench (1). By means of the method, the earthquake liquefaction preventing capability and stability of a superfine grain tailing fill dam are improved, the bearing force and the liquefaction preventing capability of superfine grain tailings are improved, earthquake liquefaction subsidence of a superfine grain tailing fill dam foundation is eliminated, the earthquake liquefaction instable failure phenomenon is avoided, and stability of the superfine grain tailing fill dam is improved.

The invention discloses full-automatic stacking and loading equipment applied to corrugated board lamination. The full-automatic stacking and loading equipment comprises drying treatment equipment, a packaging device and lifting and loading equipment; the lifting and loading equipment comprises a gantry vertical frame, a lifting platform and an elevating platform; the lifting and loading equipment further comprises a plurality of bearing boxes, and a multi-stage push plate mechanism is arranged in each bearing box; the lifting and loading equipment further comprises a fixed table, and a rotating mechanism is arranged on the fixed table; a friction roller device is arranged on the lifting platform; when the lifting platform moves to be flush with the height of the fixed table, the friction roller device conveys the bearing boxes and clamps the bearing boxes on the rotating mechanism; and the lifting platform is connected with the bearing boxes through elastic clamping assemblies. According to the full-automatic stacking and loading equipment applied to corrugated board lamination, automatic packaging is carried out through the packaging device; and the packaged corrugated boards are conveyed to the interiors of the bearing boxes to be stacked, the direction of the bearing boxes is changed on the rotating mechanism, the stacked corrugated boards are pushed to a conveying station through the multi-stage push plate mechanism, meanwhile, the stacking height is increased through the elevating platform, and the bearing boxes are conveyed back to the lifting platform to be subjected to assembly line operation.

The invention discloses a carrying vehicle and a hydraulic control system. The carrying vehicle comprises a vehicle body, a door frame assembly, a rotating assembly, a holding and clamping assembly and a lifting assembly; the door frame assembly is vertically installed on the vehicle body and used for driving a rod-shaped object to ascend and descend; the rotating assembly is connected with the door frame assembly and used for driving the rod-shaped object to rotate in a vertical plane; the holding and clamping assembly is fixedly connected with the rotating assembly; and the lifting assembly is arranged on the holding and clamping assembly and used for bearing the rod-shaped object and providing additional lifting motion for the rod-shaped object, and the lowest point of downward motion of the lifting assembly is lower than the vehicle body. The lifting assembly capable of providing an additional lifting function for the rod-shaped object is arranged in the holding and clamping assembly, a hydraulic motor drives a reduction gearbox to move, a lifting guide rail is driven to move up and down along a shaft head fixing plate under the action of a gear and a rack, and finally a crystal bar on a tray is linked to move up and down; and due to the arrangement of the lifting assembly, the whole vehicle has an additional lifting function besides the portal assembly, the stacking height of the whole vehicle is greatly increased, and the adaptability of the whole vehicle is improved.

This invention relates to a method for stacking ISO shipping containers to a reverse stacking cell guide comprising a number of angle bars arranged vertically to fit four corners of the ISO shipping containers and a number of secure pins provided proximate a bottom end of each of the angle bars. The method comprises loading a first ISO shipping container on a lifting system, elevating the liftingsystem to a first height such that bottom end fittings of the first ISO shipping container are aligned with the secure pins, and moving the secure pins of the reverse stacking cell guide to a locked position such that the first ISO shipping container is locked within the reverse stacking cell guide.

The present disclosure pertains to a laminate membrane for sealing an inner compartment in a packaging container comprising a top member and a bottom member. The top and bottom members are laminated sheet materials. The top member has a thickness, a top member first surface and a top member second surface facing the bottom member. The bottom member has a bottom member first surface facing the top member second surface and a bottom member second surface. The laminate membrane is provided with a valve for allowing gas in the inner compartment of the packaging container to exit therefrom. The valve has a valve outer edge and is arranged on the bottom member first surface. The valve is arranged within an opening in the top member such that an opening edge encircles the valve. A surface area of the opening is greater than a surface area of the valve.

The invention discloses a milk packaging barrel. The milk packaging barrel comprises a square barrel body, a handle is connected to the top of the square barrel body, and a filling port is formed in one corner of the square barrel body. The milk packaging barrel is characterized in that the handle is arranged along the diagonal line of the square barrel body, the two ends of the handle are connected to the square barrel body, a transverse bent part is arranged in the middle of the handle, an anti-offset groove corresponding to the handle is formed in the bottom of the square barrel body, a sunken part is formed in the highest point position in the center of the top of the square barrel body, and the height of the highest point of the top of the square barrel body is enabled to be smaller than the height of the neck of the filling port. The milk packaging barrel has the advantages that stacking of packaging barrels can be facilitated, relative lateral shift does not occur between the vertical stacked packaging barrels, large lateral wind force can be borne, the stacking stability is good, and storage and workshop circulation can be facilitated; and in addition, no air exists in thepackaging barrel filled with milk, so that the milk can be guaranteed to not go bad in a long time.