148results about How to "Reduce transshipment costs" patented technology

The invention discloses a two-grade scraper-typed rubbish compressing rotary device, which comprises the following parts: wagon, rubbish compressor, wagon mobile locating device, hydraulic dynamic system and electric appliance control system, wherein the rubbish elevation mechanism of rubbish compressor possesses certain separation angle of vertical direction for rubbish compressor bulk, the pushing board locking mechanism of rubbish compressor and joint scraper board constitutes rubbish press-loading mechanism with rubbish elevating mechanism and loading mechanism individually, the effluent collecting and draining structure is set on the back door of wagon.

The invention relates to a clamp on a moulding line, in particular to an automatic core assembling and setting clamp. The automatic core assembling and setting clamp comprises a core setting suspension appliance and a core-setting clamping fixture, wherein the core-setting clamping fixture comprises a base and a positioning block; the positioning block is fixed to the base; the automatic core assembling and setting clamp also comprises a drive sliding block, a core assembling cylinder and a guide rod; the core assembling cylinder and the guide rod are fixed to the base; the core assembling cylinder is connected with the drive sliding block; the drive sliding block is movably connected to the guide rod; and the drive sliding block does linear motion along the guide rod by the drive of the core assembling cylinder and pushes a small core to finish the core assembling work. The invention can automatically finish core assembly and setting, improves productivity, reduces the storing and transporting cost of a mud core and ensures the size precision of the mud core.

The invention provides a continuous transfer system. The material receiving device comprises a frame and a hopper, wherein the hopper is arranged on the frame; and the frame is erected on a belt conveyer of the continuous transfer system and is moved along the direction driving the conveyer. The continuous transfer system realizes mining continuous operation, improves operation efficiency, lowers transfer cost, and prevents dust pollution to transportation lines through the material receiving device which is moved along with the change of discharging positions,. In addition, the continuous transfer system has the characteristics of reasonable structure and high reliability and is particularly suitable for the continuous transfer operation of strip pits.

The invention discloses a carrier rocket unsupported transportation erecting launching system, and belongs to the technical field of rocket launching. The system comprises a tractor, an erecting frame and a traction walking device. A control system is arranged on the tractor, one end of the erecting frame is detachably connected with the tractor through a lifting connecting device, the other end of the erecting frame is detachably connected with the traction walking device, and the erecting frame is located on the upper side of the tractor and the upper side of the traction walking device. The modular design is adopted in the system, and the tractor, the control system, the lifting connecting device, the erecting frame and the traction walking device can be separately designed and manufactured so that the production cycle of the system can be better shortened, and the production cost is reduced. The middle-section erecting frame can be directly removed or replaced with middle-section erecting frames with different lengths, so that the length of the erecting frame is adjusted, the requirements for transporting, erecting and launching rockets with different length specifications are met, the application range is wide, and the practicability is high.

The invention discloses a recombined bamboo timber processing technology. The recombined bamboo timber processing technology comprises the following steps that a bamboo is sawed off, specifically, the bamboo is sawed off by utilizing a cut-off machine, and the number of the bamboo sections obtained by once sawing through the cut-off machine is greater than two; bamboo ties are prepared, specifically, the multiple bamboo sections are conveyed to different bamboo tying machines correspondingly, and the bamboo sections are defibered by utilizing the bamboo tying machines to obtain the bamboo ties; sterilization and carbonization are conducted, specifically, the bamboo ties are conveyed to a drying and sterilizing carbon drying machine, carbonized, and then taken out; primary drying is conducted, specifically, the bamboo ties are conveyed to a reciprocating type drying line to be subjected to drying for the first time; gumming is conducted, specifically, the dried bamboo ties are conveyed to a gumming line to be subjected to gumming, and after gumming is completed, the bamboo ties are subjected to drying for the second time; quantitative mat formation is conducted, specifically, after the secondary drying is completed, the bamboo ties are conveyed to a forming machine to be subjected to quantitative mat formation; and compression moulding is conducted, specifically, the bamboo ties which are subjected to mat formation are conveyed to a loader through a base plate, and the bamboo ties on the loader are conveyed to a pressing machine through the base plate to be subjected to compression moulding.

The invention discloses a casting process, in particular relates to a method for assembling and setting a core, comprising the following steps of: (1) preparing the core: producing scattered mud cores according to the requirement of castings; (2) transporting: placing the scattered mud cores on a transportation braced chain and transporting the scattered mud cores beside a clamp for automatically assembling and setting the core; and (3) assembling and setting the core: placing the scattered mud cores in the clamp for automatically assembling and setting the core and automatically assembling to be automatically assembled and placing the entire cores in a die cavity by the clamp for automatically assembling and setting the core. By using the invention, the core assembling procedures before the transportation procedure are integrated to a core setting procedure and the core assembly can be avoided after producing the core; and the core assembling and setting can be automatically finished by only transporting the small scattered cores beside a modeling line and feeding the small scattered cores in a core setting mould, thereby improving the production efficiency and reducing the cost for storing, transporting and transferring the mud cores.

The invention relates to the technical field of glass deep processing equipment, and discloses a double-side edge grinding machine for glass deep processing. The double-side edge grinding machine comprises a workbench, grinding wheel group frames positioned on two sides of a conveying belt are mounted at the top of the workbench, and the two grinding wheel group frames are assembled and used for being turned over towards the center of the table top of the workbench along the table top of the workbench and being locked at any angle to grind the side edges of glass conveyed through the conveyingbelt. According to the double-side edge grinding machine for glass deep processing, 90-degree edge grinding to 0-degree multi-angle edge grinding can be achieved, diversified schemes of glass splicing angles are achieved, customer requirements are met, the functionality is higher, rough grinding and accurate grinding one-time forming is achieved, repeated conversion of a rough grinding and accurate grinding machine is not needed, and the transfer cost is saved; and meanwhile, glass can be prevented from being damaged due to improper transfer protection in the machining process, economic losses are reduced, production is easy, the die cutting amount is adjusted through a die cutting amount adjusting mechanism, operation is convenient, and workers can operate conveniently.

The invention discloses a foaming agent injection skid-mounted device. The foaming agent injection skid-mounted device comprises an agent tank system, an injection system and a feed pump, and the injection system and the feed pump are both connected with the agent tank system. The agent tank system comprises an agent tank and a heating system connected to the agent tank. The agent tank, the heating system, the injection system and the feed pump are all arranged on a base to form a skid-mounted design. The agent tank, the heating system, the injection system and the feed pump are all arranged inside a carriage body in a covered mode. The bottom of the carriage body is fixedly connected with the base. The carriage body is provided with a door and a window. According to the foaming agent injection skid-mounted device, linkage prolife control over a steam flooding block is achieved, and the development effect of heavy oil steam flooding is improved. The whole foaming agent injection skid-mounted device has the characteristics that the device is convenient to transport, internal facilities are compact, and daily operation is convenient.

The invention discloses a gas pipe-expanding machine for a condenser copper pipe. The machine includes a working table, four working positions are evenly distributed on the working table in the circumferential direction, and a pipe expanding tool and a flaring tool are installed on the two adjacent working positions of the four working positions respectively; the working table is further providedwith a rotary plate, four limiting tools are evenly distributed on the rotary plate in the circumferential direction, the rotary plate is further connected with a rotation driving device, and under the action of the rotation driving device, the rotary plate rotates in the circumferential direction to make each limiting tool switched to the corresponding working position sequentially. When in actual use, another working position next to the working position where the pipe expanding tool is located is a material loading working position, another working position next to the working position where the flaring tool is located is a material unloading working position, the working positions where the pipe expanding tool and the flaring tool are located are a pipe expanding working position and aflaring working position respectively, only one operator needs to be arranged to the material loading working position and the material unloading working position separately, therefore, the pipe expanding and flaring efficiency of the condenser copper pipe is remarkably improved, the labor cost is greatly reduced, and the whole machine is compact in structure, small in occupied space and favorable for workshop layout.

An industrial residue collecting and transferring device comprises a square box body, a lifting and dumping mechanism, a discharging mechanism, a discharging winch and a shaking mechanism. The liftingand dumping mechanism comprises a lifting hopper, and the lifting hopper is used for lifting and dumping industrial residues into the square box body. The discharging mechanism comprises a first sealing plate, a second sealing plate and a third sealing plate which are hinged in sequence, and a discharging opening is formed in the first sealing plate. The shaking mechanism is used for shaking thefirst sealing plate and comprises a driving sleeve-shaped piece and a driven sleeve-shaped piece. The lifting hopper is a lifting carrier and is also a constituent part of a whole box structure, automatic sliding and automatic overturning discharging can be achieved, the problem of uneven material distribution is solved, and the occupancy rate of the box body is increased. The discharging height and the discharging direction of a material outlet can be adjusted through the discharging mechanism, and the phenomena of industrial residue accumulation and throwing are prevented. An additional power source does not need to be added for the shaking mechanism, and the shaking mechanism can violently shake the first sealing plate. The structure is novel, the conception is ingenious, and the designrequirement is met.

The invention discloses a cutting-polishing dual-purpose device for metal machining. The device comprises a device body. An air cylinder is installed inside the device body, the lower portion of the air cylinder is provided with a support through a push rod, a base is fixedly connected to the lower portion of the support, one side of the base is provide with a first motor, one side of the first motor is rotationally connected with a first rotating shaft, the outer side of the first rotating shaft is sleeved with a first cutting blade and a second cutting blade, the inner side of the first cutting blade is provided with a baffle, the lower portion of the device body is provided with a telescopic rod, the upper end of the telescopic rod is connected with a connection block through a bearing,a first clamping arm is fixedly connected to the side portion of a first sliding block, a second clamping arm is fixedly connected to the side portion of a second sliding block, and the lower side ofthe device body is provided with a through hole. By means of the cutting-polishing dual-purpose device for metal machining, metal can be easily and conveniently cut and polished, energy consumption needed by transfer is reduced, and labor is saved.

The invention provides an automatic access recognition method and device for a bank trunk library, a computer device and a storage medium. The method refers to trunk storage and trunk withdraw. In terms of trunk storage, the method comprises steps of confirming identity of a storing person, and comparing the identity of the storing person with pre-stored storing person identity information; verifying authority of the storing person, that is, verifying whether the storing person is authorized to store according to pre-stored storing person authority; acquiring trunk storage content information stored in an electronic tag; and automatically allocating a trunk to a corresponding a trunk library storage shelf according to storage conditions of the trunk library; in terms of trunk withdraw, the method comprises steps of confirming identity of a withdrawing person, and comparing the identity of the withdrawing person with pre-stored withdrawing person identity information; verifying authority of the withdrawing person, that is, verifying whether the withdrawing person is authorized according to pre-stored withdrawing person authority; verifying a withdrawing password, that is, sending a password to a mobile terminal of the withdrawing person and verifying; automatically transferring a trunk on a corresponding trunk library storage shelf to a withdrawing port. The method effectively ensures that the trunk can be accessed safely, and saves manpower and material resources.

The invention relates to the technical field of non-metal recycling, and discloses a solid-liquid separation compression sleeve. The sleeve comprises a base, a shell, a material bin and a solid-liquidseparation device. The shell is arranged on the base. The material bin is arranged on the shell. The solid-liquid separation device is arranged in the shell, solid-liquid separation is conducted on materials in the material bin through the solid-liquid separation device, the solid-liquid separation efficiency and the liquid outlet rate are improved through the solid-liquid separation compressionsleeve, continuous production can be achieved, and the yield of hazardous waste is reduced. After grinding wheel ash grinding mud or paint slags and the like of a grinding machine are compressed intoblocks, the transfer cost is reduced without considering leakage to protect the environment, the liquid separated by the solid-liquid separation compression sleeve can be recycled, and resources are saved.