33 results about "Geosyncline" patented technology

The invention discloses an assembled dedicated pedestrian street, a pavement method and a design method of the pedestrian street, and aims at solving the problem that historical sidewalks in towns and countries, especially streets in old towns, are seriously damaged. The assembled dedicated pedestrian street comprises a street body, matched equipment and a drainage system in an assembling manner, wherein inside a geosynclines, a glass fiber reinforced plastics grid plate bottom and glass fiber reinforced plastics square tube curbs at two sides form a bottom plate to form a bottom plate groove; a medium sand layer, a common permeable brick roadbed, a permeable rubber rick and a rubber blind road brick pavement are arranged inside the groove to form the street body; inner and outer outfalls are formed at two sides of each curb; an inner opening is attached to the pavement; an outer opening is connected with an underground glass fiber reinforced plastics drainage pipeline through a branch pipe to form the drainage system. Table and chair facilities can be manufactured into artware to be fixed on the bottom plate. The pedestrian street is not overhauled, change old parts with new parts, and broadened or dismantled according to the requirements, and all components can be recovered and processed to be recycled, so that the life cycle cost is low. The assembled dedicated pedestrian street can be arranged on the outer surfaces of residential and commercial buildings at the sides of urban and rural public transport roads and highways, streets, parks, fields and other pedestrian floors in a paving manner.

The invention relates to a secondary lining arch foot sedimentation experiment loading device. The device comprises a secondary lining and a geosyncline. The secondary lining comprises two pedestals and an arc structure located between the two pedestals. One pedestal and the geosyncline form solidification. The other pedestal and the geosynclines are driven by a sedimentation device so as to carry out load applying of an arc structure end portion and deformation sedimentation. A surface of the arc structure is provided with a displacement deformation monitoring system used for monitoring a node displacement value and a unit strain value during the load applying. The secondary lining arch foot sedimentation experiment loading device can solve a condition that sedimentation exists at an arch foot in a research during mountain tunnel secondary lining. Construction is convenient, operation is simple and the device is economical and practical.

The invention discloses a grain-bulk pipe-inserted curtain-wall ventilating system. The grain-bulk pipe-inserted curtain-wall ventilating system is structurally characterized in that negative-pressure draught fans (2) are arranged on the two sides of a granary (1), and air outlets of the negative-pressure draught fans (2) are connected with ventilating space (3), located at the upper portions of grain bulks (6), in the granary (1) through functional devices (5); a porous air inlet pipe (4) communicated with the ventilating space (3) is arranged in the grain bulks (6); porous ventilating board curtain walls (7) are arranged on the inner side of the inner side wall of the granary (1), air outlet channels (8) are formed in the inner walls between the porous ventilating board curtain walls (7) and the granary (1), air inlets of the negative-pressure draught fans (2) are communicated with the air outlet channels (8), and the tops of the grain bulks (6) are covered with a plastic film (9). According to the grain-bulk pipe-inserted curtain-wall ventilating system, a ground cage and a geosyncline ventilating system of an original granary are completely omitted, a grain transporting device can directly enter the granary, and the in-and-out granary efficiency is greatly improved; due to formed transverse ventilating, center cooling can be achieved in a layered and directional mode, heat gathering can be solved in a layered and directional mode, and implementation and operation are easy.

The invention relates to a coolant circulation energy-saving device for automatically recovering aluminum scraps, which comprises the whole system formed by arranging a geosyncline below the positionswhere automobile hubs are processed by a numerical control lathe, horizontally arranging a scrap removal auger inside the geosyncline, arranging an aluminum scrap storage tank, a separation tank, a scrap collection auger, a coolant recovery pump, a recovery pipeline and a filter screen at one end of the scrap removal auger and the like. In the system, a coolant which are cleaned and processed bythe scrap removal auger are separated by the separation tank, and the aluminum scraps are recovered and packed by the scrap collection auger from the aluminum scrap storage tank; and the coolant is injected into the numerical control lathe for reuse through the filter screen, the coolant recovery pump, the recovery pipeline, an output pump, a filter and a supply pipeline, so that the advanced andlow-consumption process flow for the automatic recovery of the aluminum scraps and the circulatory and energy-saving use of the coolant is realized.

The invention discloses a method for producing a compound fertilizer containing nitrate nitrogen potassium sulphate. The method is achieved by the following steps: (1) preparing ammonium nitrate phosphorus slurry, namely dissolving ammonium nitrate phosphorus by using condensate water at 50-80 DEG C or compound fertilizer exhaust washing liquor; (2) preparing a mixed acid, namely enabling a sulfuric acid solution to react with potassium chloride in a transfer tank to generate potassium hydrogen sulfate, overflowing KHSO4 generated by reaction and excessive H2SO4 solution to a mixed acid geosyncline, and mixing with a phosphoric acid solution which is metered by an ultraphosphate flow meter to generate the mixed acid; (3) carrying out neutral reaction on gas ammonia and mixed acid in a reactor, so as to obtain neutral slurry; (4) mixing the neutral slurry with the ammonium nitrate phosphorus slurry in a feeder trough to form mixed slurry; and (5) spraying the mixed slurry into a pelletizer, so as to obtain the compound fertilizer containing nitrate nitrogen potassium sulphate. The usage of steam is saved, the compound fertilizer particle is good in smoothness, and uniform in granularity, the whiteness is improved, the moisture is well controlled, the utilization rate of the fertilizer is improved, the soil contamination is reduced, and healthy growth of the plant is promoted.

The invention provides a composite water discharging system of waste mineral oil and relates to the technical field of water discharging systems. The water discharging system comprises a water discharging geosyncline, a water discharging pipe, a water collection groove, a water gathering groove and a flowing channel. A filtering net mechanism, a filtering net moving mechanism, a sliding mechanism,a touch mechanism, a changing mechanism, a clamping mechanism, a protection case, a moving mechanism, a material placing mechanism and a control mechanism are arranged in the water discharging geosyncline. According to the invention, it is quick and convenient to change the filtering net; there is no need for workers to be involved in the whole processes too much; the system is suitable for waterdischarging system where the filtering net should be periodically replaced; there is no need for workers to carry new filtering nets at any time; after a new filtering net is replaced, a new filtering mechanism can be taken out from the material placing mechanism to replace the filtering mechanism; the filtering net is quick and convenient to replace; and the system is suitable for application inthe current composite water discharging system of waste mineral oil.

A method and facilities of a traffic engineering system relate to the technical field of traffic engineering facilities. The method comprises the following steps of constructing geosyncline under the surface of a road, and arranging one or more layers of passages for large vehicles, so that the lower portion of a large vehicle body is positioned in the geosyncline and the upper portion of the large vehicle body is positioned above the geosyncline. The passages for small vehicles are designed as the main road for allowing cars or other small vehicles defined in a height range to drive thereon. Low bridges are used for diverting cars or other small vehicles to increase the surface of the road or the passages. The small vehicle has low body and light weight and is suitable for low bridge, which has low cost and easy construction. Specifically, the invention can achieve automatic operation on standard single lanes.

The invention relates to a three-dimensional parking device. The three-dimensional parking device comprises an upper layer parking mechanism, a middle layer parking mechanism and a lower layer parkingmechanism; the parking device is mounted in a geosyncline with a certain depth and is provided with three parking spaces; the middle layer parking mechanism is aligned to the ground and comprises a middle layer car carrying board and a middle layer translation mechanism, and the middle layer car carrying board can realize the local layer car storing and taking process through the middle layer translation mechanism; the upper layer parking mechanism comprises an upper layer car carrying board and a double-rocker mechanism, and the upper layer car carrying board realizes the local layer car storing and taking process through the shaking of a double rocker, wherein the two ends of the double rocker are hinged to the upper layer car carrying board; and the lower layer parking mechanism comprises a lower layer car carrying board, a lower layer translation mechanism and a lifting mechanism, the lifting mechanism lifts the middle and lower parking mechanisms simultaneously, and then, the lower layer translation mechanism shifts out the lower layer car carrying board to realize the local layer car storing and taking process. A three-layer three-dimensional parking mode is adopted, the space utilization rate is greatly improved, using is convenient, and the safety is high.

The invention discloses a drying device used for dried P.tianmuensis Z.P.Wang processing. The drying device used for the dried P.tianmuensis Z.P.Wang processing comprises a rectangular three-dimensional oven body and a combustion chamber heat source furnace, wherein the combustion chamber heat source furnace is arranged just below the oven body; the combustion chamber heat source furnace is rectangular and is of an upper-round and lower-rectangular structure; the middle of the combustion chamber heat source furnace is divided by a furnace bar, wherein the upper layer is a combustion chamber, and the lower layer is a lime chamber; the combustion chamber heat source furnace is installed in a geosyncline mode; more than one drying frame vertically separated and arranged by a steel frame structure is arranged in the oven body; the bottom of each drying frame is provided with idler wheels; each drying frame is provided with a bamboo movable drying fence; the drying frames are arranged in the oven body in a bilateral symmetry mode; the middle of each drying frame is separated by the combustion chamber; the center of the oven body is provided with a heat rotary circulation system; the heat rotary circulation system consists of a spindle, fan blades, a belt pulley and a motor, wherein the fan blades and the spindle are cooperatively installed and connected; one end of the spindle passes through the outside of the oven body and is connected with the belt pulley; the motor is installed on the top of the oven body; the belt pulley is connected with the motor via a belt to form the heat rotary circulation system; the oven body is provided with a flue; the flue is connected with the combustion chamber.

The invention discloses a drying device used for dried P.tianmuensis Z.P.Wang processing. The drying device used for the dried P.tianmuensis Z.P.Wang processing comprises a rectangular three-dimensional oven body and a combustion chamber heat source furnace, wherein the combustion chamber heat source furnace is arranged just below the oven body; the combustion chamber heat source furnace is rectangular and is of an upper-round and lower-rectangular structure; the middle of the combustion chamber heat source furnace is divided by a furnace bar, wherein the upper layer is a combustion chamber, and the lower layer is a lime chamber; the combustion chamber heat source furnace is installed in a geosyncline mode; more than one drying frame vertically separated and arranged by a steel frame structure is arranged in the oven body; the bottom of each drying frame is provided with idler wheels; each drying frame is provided with a bamboo movable drying fence; the drying frames are arranged in the oven body in a bilateral symmetry mode; the middle of each drying frame is separated by the combustion chamber; the center of the oven body is provided with a heat rotary circulation system; the heat rotary circulation system consists of a spindle, fan blades, a belt pulley and a motor, wherein the fan blades and the spindle are cooperatively installed and connected; one end of the spindle passes through the outside of the oven body and is connected with the belt pulley; the motor is installed on the top of the oven body; the belt pulley is connected with the motor via a belt to form the heat rotary circulation system; the oven body is provided with a flue; the flue is connected with the combustion chamber.

The invention discloses a novel machine room engineering cable arrangement method which comprises the following steps: step 1, numbering cabinets according to a sequence from small to large in a direction from a geosyncline to an adjacent row, and numbering holes leading to the outside of a machine room according to a cabinet numbering principle; 2, after cabinet numbering is completed, subtracting the maximum cabinet number from the minimum cabinet number, and determining the maximum difference value of the cabinet numbers; step 3, calculating the maximum number of cables which are allowed tobe arranged; 4, arranging and gathering all cables in the machine room; step 5, formulating an arrangement sequence of different wire diameters; and step 6, completing the arrangement of all cables according to the cable arrangement basis. According to the invention, through carrying out corresponding staggered layer arrangement processing and the like in advance according to the intersection points of cable arrangement, the intersection during cable arrangement is reduced, and the aesthetic property of engineering cables in the geosyncline is improved.

The invention relates to the field of buildings, in particular to a full steel structured foundation, which is suitable for building various houses on soft grounds in high and cold areas or thick land parcels of frozen soil layers. The foundation is arranged in a geosyncline foundation; a framework structure for building the houses is arranged on a foundation upper frame; doors, windows, a roof plate, stairs and the like are arranged on the framework structure; and the full steel structured foundation is formed by foundation pillars, lintels, purlines and other section steel, has a reticular structure, is fixedly arranged in the geosyncline foundation through the foundation pillars, forms a gap together with the ground and fully utilizes the characteristic of high ductility of steel, so that the buildings can prevent the houses from being influenced by low temperatures and frozen soil in high, cold and high-altitude areas, and particularly the soft grounds and sandy land areas, and the influences of earthquakes, mud-rock flow, landslide and other natural disasters can be effectively reduced.

The invention belongs to the technical field of synthetic ammonia production and relates to a desulfurization side filtration method in a propylene carbonate decarbonization process. The method comprises the following steps: arranging a geosyncline between an intermediate tank and a decarbonization tower, filtering part of liquid in the intermediate tank, and cyclically returning filter liquor after filtration to the intermediate tank to continuously take part in a reaction process. According to the method, the sulfur content of the mother liquid in the intermediate tank can be effectively reduced.

The invention discloses an integral low-rise building vibration isolation mechanism, comprises a wall frame, a wall masonry on the inner side of the wall frame, a building base fixed on the bottom ofthe wall frame and a geosyncline base located at the bottom of the building base and masonry in a geosyncline, a top plate of the building is fixed on the top of the wall frame, and a plurality of vibration isolation mechanisms are fixedly connected between the building base and the geosyncline base; The roof frame is arranged on the top of the roof plate, and an auxiliary cushioning mechanism isarranged on the inner side of the roof frame; When the house was shaken, The tremendous ground shaking causes the house to squeeze the top rubber isolation bearings, At that same time, the vibration isolation rub bearing is move downward along the cooperation direction of the guide rod and the guide cavity, At the same time, the setting of auxiliary cushioning mechanism can play a good protectiveeffect on the roof frame of the building, and play a double role of safeguarding with the isolation mechanism, so as to reduce the impact of vibration on the overall structure.

The invention discloses a manufacturing method of cold roll forming for a waveform beam guardrail plate, which is manufactured by devices in sequence: a rolling plate fixing bracket, a cutting edge perforating device, a cold bending machine group, a flying saw, a material receiving plateform, and the like. The method comprises the following steps: a material slowing geosyncline is formed in a position between the rolling plate fixing bracket and the cold bending machine group and below the ground for reducing feeding resistance of the cold bending machine group and facilating accurate positioning in a steel plate feeding; and energy accumulation rings of circular steel pipes on two sides are distributed on two sides of a central axis of the cold bending machine group and integrally formed with a guardrail plate body contimiously, therefore, the rigidity of a product is greatly inproved, and the mechanical properties of a section is guaranteed to be fully played. The manufacturing technique has excellent system formation effect for controlling cold bending energy storage quality of the waveform beam guardrail plate, improving mouth closing accuracy and connection strength of inner circles of the energy accumulation rings, and the like. The manufacturing method has reasonable structure, convenience in operation, and high working efficiency.

The invention discloses a machine room engineering cable arrangement method based on BIM, which comprises the following steps: 1, numbering cabinets according to a sequence from small to large in a direction from a geosyncline to an adjacent row, and numbering holes leading to the outside of a machine room according to a cabinet numbering principle; 2, after cabinet numbering is completed, subtracting the maximum cabinet number from the minimum cabinet number, and determining the maximum difference value of the cabinet numbers; 3, calculating the maximum number of cables which are allowed to be arranged; 4, arranging and gathering all cables in the machine room; 5, formulating an arrangement sequence of different wire diameters; and step 6, completing the arrangement of all cables according to the cable arrangement basis. According to the method, corresponding staggered layer arrangement processing and the like are carried out in advance according to the intersection points of cable arrangement, so that intersection during cable arrangement is reduced, the aesthetic property of engineering cables in a geosyncline is improved, three-dimensional modeling is carried out on a cable wiring project by utilizing a BIM technology, implementation is carried out according to a model, and the method is more visual and rapid.

The invention belongs to the technical field of high temperature water glass solution recycling used for white carbon black production and in particular relates to a water glass solution heat recycling device used for the white carbon black production. The water glass solution heat recycling device comprises a drum type rotary spherical digester, wherein the rear side of the drum type rotary spherical digester is communicated with a buffer tower, and an alkaline residue geosynclines is formed in the bottom of the buffer tower; the rear side of the buffer tower is connected with a plate heat exchanger, the plate heat exchanger is communicated with a cold water inlet pipe, a hot water outlet pipe and a cold material outlet pipe, the other end of the hot water output pipe is communicated witha hot water storage tank, and the hot water storage tank is communicated with a raw material water inlet pipe; and the cold material outlet pipe is communicated with a pressure filter I, and the pressure filter I is connected with a concentrated alkaline storage tank. The water glass solution heat recycling device provided by the invention has the advantages that the plate heat exchanger is arranged, so that heat exchange can be carried out between the high temperature water glass solution and running water, hot water temperature is raised for dissolution of the drum type rotary spherical digester, dissolution efficiency of the drum type rotary spherical digester can be increased, thermal energy during production can be effectively utilized, and air pollution is avoided; meanwhile, temperature of the cooled water glass solution is lowered to be below 60 DEG C after the heat exchange is carried out, life of a filter plate is prolonged, and economic benefit is obvious.

The invention discloses a stacking method of crude salt. The stacking method of the crude salt comprises the following steps: (1) a totally closed salt warehouse is built; (2) the crude salt is discharged into a geosyncline, and the crude salt in the geosyncline is transferred to a salt transport arm of a stacker reclaimer to store by a crude salt feeding system; (3) round material stacking in the salt warehouse enters into an underground transport system by the stacker reclaimer through a lower salt groove, and then is transported to a procedure to be used by the underground transport system. The stacking method of the crude salt greatly reduces the number of people and working intensity of workers, greatly reduces pollution possibility of the crude salt due to the fact that a totally closed structure is adopted in the salt warehouse, reduces crude salt loss caused by external environment, and simultaneously prevents from polluting the external environment.

The invention discloses a mining TBM chamber bottom plate hardening method. The method comprises the steps that an originating chamber is made into a circular chamber slightly larger than a cutter head through spray modeling; geosyncline is dug along a first assembly chamber from at least 2.5 m backward from the first assembly chamber to the tunneling working surface of the originating chamber till reaching the hard bottom; multiple groups of column nest tubes are installed in the dug geosyncline, three mutually parallel steel rails are embedded in the middle of each group of the column nest tubes, and corresponding steel rails on the multiple groups of the column nest tubes are connected in sequence; two rails are laid in a second assembly chamber and a third assembly chamber in sequence, the two rails are the first rail and the second rail, concrete pouring is conducted on a rail roadbed and the geosyncline from the second assembly chamber, whole-section floor leveling is conducted on the three assembly chambers, and floors are tangent to the lowest point of the originating chamber after forming. According to the method, the strength of a roadway bottom plate can be effectively improved, the requirements of the overall weight obtained after a shield tunneling machine is supported for assembling for surrounding rock can be met, and the method is simple and applicable.

The invention discloses a positioning construction device for a deep-buried oil cylinder sleeve. A retainer is fixedly connected to the outer wall of the oil cylinder sleeve, and an outer sleeve is positioned between a geosyncline well hole and the oil cylinder sleeve; and an upper supporting plate is fixedly connected to and a jack and a displacement sensor are installed on the inner wall of theouter sleeve, the center position of the oil cylinder sleeve is adjusted through a vertical aligner, a scanning locator and a displacement adjusting controller, a positioning seat sleeve is fixed on the inner bottom surface of the outer sleeve, a positioning shaft rod on the bottom surface of the oil cylinder sleeve is inserted into the positioning seat sleeve, and a preset wedge steel plate is wedged between the upper supporting plate and the oil cylinder sleeve after the center of the oil cylinder sleeve is adjusted in place at the same time to prevent the oil cylinder sleeve from displacement. The positioning construction device has the characteristics of reducing labor intensity, ensuring installation precision, facilitating construction operation, improving construction efficiency andensuring construction quality.

The invention provides a stepping stair section channel for underground deep large engineering construction and aconstruction method thereof, and belongs to the technical field of underground engineering construction channels. The stepping stair section channel is characterized in that the stepping stair section channel comprises vertical stand column supporting frames, transverse pulling-connection parts and platform beams, the verticalstand column supporting frames comprise vertical square pipe stand columns (1) and positioning steel plates (2) fixedly connected with the bottoms of the square pipe stand columns (1) and pre-buried underground, and inserting pieces are arranged at the tops of the square pipe stand columns (1); and vertical multi-layer inserting assembling is formed throughthe inserting pieces, the square pipe stand columns (1) are transversely connected with longitudinal horizontal pulling rods (7), the multiple vertically-parallelly-arranged platform beams are mounted, oblique beams are arranged between the adjacent platform beams, and stair sections (17) are mounted through the oblique beams. The stepping stair section channel is suitable for underground deep large engineering with a narrow construction site and a small geosyncline foundation excavation work face, substitutes a traditional simple oblique-type steel pipe buckle ladder stand, and can meet on-duty and off-duty passing of two strands of people streams, personnel is unblocked, and safety and reliability are achieved.