109results about How to "Reduce secondary processing" patented technology

The invention discloses a reinforcing ribs contained sandwich structure composite material and its making method. The composite material is composed of an internal core material, reinforcing ribs, and a one-time-formed fiber fabric reinforced resin composite material layer, wherein the internal core material is a lightweight buoyancy material having a compressive strength of above 0.5MPa; each of the reinforcing ribs is formed by a lightweight material internal model connected with the internal core material through an adhesive, and a fiber fabric layer coated on the external surface of the lightweight material internal model; the fiber fabric is a glass fiber, a carbon fiber, a Kevlar fiber, an ultrahigh molecular weight polyethylene fiber or a basalt fiber; and a resin is a cured substance of a polyester resin, a vinyl resin, an epoxy resin, a phenolic resin and the like. The making method has the advantages of one-time-forming of a product having the reinforcing ribs and the sandwich structure, increase of the rigidity design space of the composite material, reduction of sequent secondary processing, reduction of the defect appearance possibility, scarce generation of the volatilization of harmful gases, and personnel health protection.

The invention discloses an automatic cutter relieving mechanism, which comprises a main clamp screw, a front main clamp body, a rear main clamp body, a clamping cylinder, a left clamp claw and a right clamp claw, wherein a front single claw and a rear single claw of the left clamp claw and the right clamp claw are slidingly connected with the front main clamp body and the rear main clamp body; and the left clamp claw and the right clamp claw are driven to move by driving mechanisms fixed on the front main clamp body and the rear main clamp body. The automatic cutter relieving mechanism comprises the technical scheme that: the driving mechanisms automatically move away two part materials which are cut off leftwards and rightwards, and leave a left gap and a right gap for making a saw blade lift or transverse and the like to retreat from a material position so as to avoid the saw blade contacting the materials and scratching (or galling) the fracture surfaces of the materials in the process of leaving the materials, to improve surface accuracy of a cut-off surface, to omit secondary machining of the fracture surfaces of the cut-off materials, and to improve the service life of the saw blade. The automatic cutter relieving mechanism has the advantages of reasonable structure, high machining accuracy, good stability, reliable operation, convenient adjustment and the like.

This is a quick damming method suitable for yielding soil treatment composed by several layers of sullage and sand. At building, a layer of sullage is dumped then a layer of sand. Sand will sink into sullage by gravity to increase sullage penetrability. The procedure is repeated till reach the designed height. Put loading, like water bag, to the dam top to move out water and solidify.

The invention relates to a formation method of a straw solidifying and blow-filling sludge pile. The method comprises the steps of 1) downwards vertically inserting a bottom cover of a hollow metal pipe with the bottom cover into sludge, filling straws into the hollow metal pipe, and drawing out the hollow metal pipe from the sludge to enable the straws to form lengthways-arranged straw draining body in the sludge; 2) arranging a transverse draining body in the sludge; 3) paving a layer of sealing films on the surface of the sludge, and then pre-pressing in vacuum and solidifying; 4) inserting a hollow metal grouting pipe into each straw draining body, pumping solidifying material agitating mortar into each hollow metal grouting pipe until the solidifying material agitating mortar overflows out of a straw pile, and then drawing out each hollow metal grouting pipe from each straw draining body to form the sludge pile. According to the method, the vertical straw draining bodies for solidifying and blowing-filling sludge are utilized and grouted to form a pile body, so that the blow-filling sludge bearing capacity can be further improved after the solidifying and blowing-filling of the sludge, and the purpose of reinforcing a blow-filling sludge foundation is achieved.

The invention relates to the technical field of plastic recovery, and discloses a waste plastic crushing and compressing recovery device based on a sprocket driving principle. The device comprises a shell, wherein a support frame is fixedly welded to the outer portion of the shell, the top of the shell is fixedly connected with a feeding hopper, the inside of the shell is fixedly connected with acutting wheel bearing, the interior of the cutting wheel bearing is movably connected with a first cutting wheel shaft and a second cutting wheel shaft, the outer portions of the first cutting wheel shaft and the second cutting wheel shaft are fixedly connected with a first cutting wheel and a second cutting wheel respectively, the outer portion of the first cutting wheel shaft is fixedly connected with a first transmission wheel, through cooperation between the first cutting wheel and the second cutting wheel, the effect of primarily waste plastic crushing is achieved, the storage transportation space of bottles is reduced, the storage transportation cost is reduced, residual liquid in the bottles can be discharged, the space occupied by the liquid is reduced, the pollution of the liquidis avoided, the storage transportation cost is reduced, and the recovery degradation cost is recycled.

The invention discloses an LED material strap with an identification structure. The LED material strap comprises a plurality of lead frame sets, main joint sections, a plurality of clamping sheets, first support units and second support units, the lead frame sets are connected in an equal-distance mode and arranged linearly, each lead frame set comprises support units in a certain number, the main joint sections are connected with the support units in series and are in extending connection with the adjacent lead frame sets, the clamping sheets are arranged between the adjacent support units and protrude and extend out of one lateral sides of the main joint sections, the first support units and the second support units are arranged on two outer sides of the lead frame sets respectively, the number of the first support units is not equal to that of the second support units, and the total of the number of the first support units and the number of the second support units is equal to the number of the support units included in each lead frame set. The direction of the LED material strap is judged through the structure.

The invention relates to a manufacturing method of a brake drum. The manufacturing method comprises the following steps: step (S1) preparing raw materials; step (S2) smelting; step (S3) performing vermicularizing treatment; step (S4) pouring; and step (S5) performing cooling formation. According to the manufacturing method of the brake drum provided by the invention adopts integrated casting for the brake drum, reduces secondary machining, reduces machining procedures and lowers the machining cost; compared with a gray pig iron brake drum having the same structure, the brake drum manufacturedby the manufacturing method can be prolonged by 50% to 100% in service life. The invention also discloses the brake drum; the brake drum comprises a brake drum body and a mounting part; the mounting part is annular and is arranged at one end of the brake drum body; the mounting part is provided with a plurality of mounting holes which are in circumferential array distribution; lightening holes areformed in a spaced manner among the plurality of mounting holes; a friction part is arranged at the inner wall of the brake drum body; and an annular reinforcing ring is arranged at the outer wall ofthe brake drum body. The brake drum provided by the invention has the advantages of being simple in structure, light in weight, high in strength and the like.

The invention discloses a temperature controller capable of restraining fluctuation of detection temperature, which comprises a power supply module, a processor module, a display module, a communication module, a temperature sensor, a key module and a sensible heat module, wherein the processor module carries out calculation processing on signals from the temperature sensor, the key module and the communication module and then transmits the signals to the display module for display; the processor module transmits control signals acquired after calculation processing to an air conditioning control system; the sensible heat module comprises a tubular measurement part with one end sealed capable of accommodating the temperature sensor and a plate heat integration part, the sealed end of the measurement part passes through and protrudes against the plate heat integration part, and the plate heat integration part is opposite to a temperature measurement part of the temperature sensor arranged in the measurement part. The sensible heat module has a large heat transfer area, is contacted with to-be-measured air, has a large detection area, and is high in heat transfer efficiency, room temperature detection precision is improved, room temperature fluctuation is reduced, and temperature control response delay is further shortened.

The invention discloses a transparent bloomless silicone rubber mixed compound and a preparation method. The transparent bloomless silicone rubber mixed compound is prepared from the following components: 100 parts of methyl vinyl silicone rubber mixed compound, 0.5 to 1.0 part of DCBP and 0.3 to 1.0 part of alkyl peroxide. The preparation method comprises the following steps: measuring various components according to a ratio, uniformly dispersing the components into 100 parts of silicone rubber mixed compound, extruding molding by virtue of a rubber extruder, shaping and vulcanizing at a temperature of 500 to 600 DEG C for 5 to 30 s, wherein a temperature of a horizontal drying passage is 200 to 300 DEG C, and the time is 1 to 10 min; and preparing an extruded product corresponding to themold. Compared with the product in the prior art, the product disclosed by the invention has the advantages that on the premise of hardly changing the physical mechanical performance, and in the production, 1 to 2 months with blooming are prolonged to 2 years or more without blooming, so that the extruded product can be stored for a long time, the appearance is not changed, the secondary treatment of the product is reduced, and the product security is improved. In addition, the secondary vulcanizing time can also be reduced, the energy consumption can be saved, and the production cost can bedecreased.

The invention discloses a combined metal shrink ring for a lateral restricted expansion test for a rock. The combined metal shrink ring comprises a split cavity and an open cutting ring. The split cavity is composed of two butted semicircular molds and bolts by connection. A central inner circle of the split cavity is provided with the open cutting ring. The open cutting ring is a stainless steel cylinder provided with a longitudinal opening. The split cavity is graded according to differences of central inner circle diameters. Different grades of the split cavities having the different central inner circle diameters are provided with the corresponding open cutting rings having different wall thickness values. The combined metal shrink ring can satisfy requirements of lateral restriction of rock samples having different diameters in a lateral-restricted rock expansion test, can satisfy lateral-restricted expansion test requirements and can be directly used for rock core drilling in the field. The combined metal shrink ring for a lateral-restricted rock expansion test has structural features equivalent to the existing metal shrink ring and can satisfy technical conditions required by the existing railway rock test standard.

The invention relates to the technical field of welding and particularly relates to a three-spot welding device. The device comprises a fixing bottom plate, a lifting servo motor, a coupler, a bearing block, a lifting unit, a rotation servo motor and a working rotation disc. A square column is formed integrally on the fixing bottom plate, the working rotation disc is arranged at the top end of the square column, the lifting unit is arranged on one side of the square column below the working rotation disc, the rotation servo motor is arranged on the lifting unit, the bearing block is fixed on one side of the square column below the lifting unit, and the lifting servo motor is arranged on the fixing bottom plate. By means of the device, an automatic position searching function of the servo motor is used, so that product diversification can be achieved, the device is applicable to production of multi-model products, the product quality is guaranteed, the production efficiency is high, welding splashes are few, the secondary machining process is reduced, the labor intensity and the production cost are reduced, and hurt to human bodies caused by harmful substances is reduced to the largest degree.

The invention discloses a heat exchange pipe, which comprises an outer pipe at least. The interior of the outer pipe serves as a medium passage. A heat exchange element is configured inside the medium passage. The heat exchange element divides the medium passage into a direct heat exchange zone which exchange heat with the outer pipe and an indirect heat exchange zone which exchange heat with the heat exchange element. The heat exchange medium inside the indirect heat exchange zone exchanges heat with the heat exchange medium inside the direct heat exchange zone via the heat exchange element. In addition, the invention provides an on-line pipe-making processing technique of the pipe, which is adopted to overlap the outer pipe with the heat exchange element by means of an on-line welding technique. Because the heat exchange element is configured inside the outer pipe, the heat exchange area of the heat exchange pipe provided by the invention is increased, which greatly improves the heat exchange efficiency of the indirect heat exchange zone so that the heat exchange pipe provided by the invention is superior to the current heat exchange pipes in terms of the overall heat exchange efficiency. In addition, the invention has low cost and is convenient for manufacturing, and the heat exchange pipe provided by the invention can be applied to high-efficiency heat exchangers or heat exchanging equipment of multiple industries like petroleum, chemicals, fertilizer, boilers, pharmacy, foodstuff, electric power, nuclear power, environmental protection, heat supply and the like.

The invention discloses a construction method of a constructional column prefabricated dent joint concrete module. The method is characterized by comprising the following steps of: a, prefabricating aplurality of dent joint concrete modules, b, building a wall, c, binding constructional column steel bars and arranging a constructional column pouring concrete template, and d, pouring constructional column concrete. The construction method of the constructional column prefabricated dent joint concrete module has the advantages that the dent joint concrete module is simple in structure, convenient to manufacture, guaranteed in factory prefabricated quality, and safe and reliable in engineering quality, the construction quality of a constructional column is effectively guaranteed, the integrity of a masonry structure is enhanced, the secondary processing of brick blocks is reduced, the construction is simple and convenient, the construction progress is accelerated, and the engineering cost is reduced.

The invention discloses an automatic sorting method for urban plant-network-river topological relations, and relates to the technical field of environmental system simulation and prediction. The objective of the invention is to solve the problems of long time consumption, low efficiency and high error rate caused by manual sorting of a plant network river topological relation in the prior art. According to the invention, the complex connection relationship of the urbanplant-network-riverwater system is abstracted into a two-dimensional point-line topological structure, data rationality check is realized by using a depth-first traversal algorithm, topological structure check and extension are achieved by using a breadth-first traversal algorithm, and efficient automation of the conversion process is achieved by using an intelligent automation technology. According to the invention, automatic construction of a flow direction relationship of a pipe network-sewage plant-river discharge port-river is achieved, flow direction errors, pipeline breakpoints, river discharge port omission and the like are automatically identified and corrected, and a hydrodynamic path of an urban'plant network river 'is intelligently penetrated, so that modeling and operation management services are provided for the urban'plant-network-river'.

The invention relates to a sole production process. The sole production process includes the steps of firstly, discharging a rubber material piece according to standard thickness, cooling, and cuttingoff with a cutting die for standby; secondly, arranging the upper die of a forming die on the upper heating plate of a sole forming device, and arranging the lower die of the forming die on the lowerheating plate of the sole forming device, wherein the sole forming device is provided with a burr cleaning device; thirdly, preheating the upper die and the lower die for 10-15 minutes; fourthly, after the heating, placing a first raw material in the lower die, covering the upper die and pressurizing for 3-5 seconds, placing a second raw material on the first raw material, and covering the upperdie and pressurizing for 3-5 seconds; fifthly, using the burr cleaning device to clean burrs; sixthly, covering the upper die and pressurizing, and vulcanizing the material in the forming die.