48results about How to "Easy to automate jobs" patented technology

The invention discloses a non-welded power battery soft connection wire manufacturing method, which has the advantages that the process is simple; the manufacturing is quick and convenient; and a plastic insulating sleeve can be prevented from being broken. The non-welded power battery soft connection wire comprises a metal conductor (1) and a plastic insulator (2) extruded together with the metalconductor (1), wherein multiple bent parts (3) are arranged on the metal conductor (1). The method comprises steps of slitting, continuous electroplating, insulating layer co-extrusion, cutting, bending and edge cutting and hole manufacturing. The method of the invention can be widely applied to the field of power battery packs.

The invention provides a railway container freight yard and a delivery device thereof. A railway container freight yard 1 comprises a vehicle gathering loading unloading region 3 of railway containervehicles 2, a truck loading uploading region 5 of container trucks 4, a container storage region 8 of a container delivery device 6 and containers 7, the truck gathering loading unloading region 5 comprises a plurality of truck gathering lanes 1-1 for the operation of the container trucks 4, the container storage region 8 comprises a container buffering region 9, the delivery device 6 comprises avehicle gathering crane 10 and a truck gathering crane 11, the vehicle crane 10 is a delivery machine above the vehicle loading unloading region 3 used for the railway container vehicles 2, a vehiclegathering buffering region 9-1 or a vehicle truck buffering region 9-3, and the truck gathering crane 11 is a delivery machine above the truck gathering loading unloading region 5, a truck gathering buffering region 9-2 and the vehicle truck buffering region 9-3. The delivery device has the advantages that the vehicle gathering loading unloading region 3, the truck gathering loading unloading region 5 and the container storage region 8 can be covered by the container delivery device 6, all operation regions can be connected as a whole, the containers 7 can be transferred in all of the regions,full-coverage logistic transportation can be achieved, automatic operation is easily achieved, and the efficiency is high.

The invention discloses a soil ball lifting and rope-winding automated machine. The soil ball lifting and rope-winding automated machine consists of a soil ball lifting and rotating device, a rope winding device, a rotary table device and a creeper truck, wherein the creeper truck is equipped with a chassis and a flange plate; and the soil ball lifting and rotating device consists of a first telescopic assembly, a second telescopic assembly, a lifting assembly, a first amplitude-change hydraulic oil cylinder, an outer extending beam, a hanger and a soil ball rotating assembly. The soil ball lifting and rope-winding automated machine can automatically lift a soil ball and can complete soil ball rope-winding work, can automatically load nursery-grown plant onto a transport vehicle, easily realizes intelligent control and automatic operation, is convenient to operate, and is high in nursery-grown plant lifting working efficiency.

The invention discloses a main root cutoff mountainous region automatic tree mover which is composed of a tree digging device, a rotary table device, a crawler and a gradient sensor. The tree diggingdevice is composed of a first stretchable assembly, a first amplitude changing hydraulic oil cylinder, a second stretchable assembly, a tool cycle motion driving assembly and a combination tool device; a cylinder body of the first amplitude changing hydraulic oil cylinder is provided with dual earrings, and a piston rod is provided with a single earring; the first amplitude changing hydraulic oilcylinder can automatically adjust the angle of the tree digging device according to a gradient angle signal of the gradient sensor, and it is ensured that the tree digging device can be rapidly aligned to nursery stock; the diameter at breast height can be automatically measured, and the diameter and the taper angle of soil balls can be automatically adjusted; main root cutoff and soil ball cutting can be completed at the same time, and the specification quality of the soil balls is good; the nursery stock can be automatically loaded to a transport vehicle; intelligent control and automatic operation can be achieved easily, operation is convenient, and the seedling lifting efficiency is high.

The invention provides a container crane used for a U-shaped berth. The container crane 1 comprises conveying trolleys 3 of containers 2, tracks 4 for the trolleys 3 to run, large trolleys 5, tracks 6 for the large trolleys 5 to run, the U-shaped berth 7 and components 8 on the U-shaped berth 7; it is set that the length direction of the bottom edges of the U-shaped berth 7 is the X direction; the length of a bottom edge 7X is larger than the width of a container ship 9; the length of a vertical edge 7Y of the U-shaped berth is larger than that of the ship 9; the length direction of each container 2 on the ship 9 is parallel to the length direction of the ship 9; each trolley 3 comprises a walking device 3-1, a sling and lifting device 3-2, a frame 3-3 and a switching device 3-4; each walking device 3-1 is located on the lower portion of the corresponding frame 3-3; each device 3-2 is located on the upper portion of the corresponding frame 3-3; each frame 3-3 is a cavity with an opening in the bottom; and each container 2 below the corresponding frame 3-3 is hoisted and hung by a sling device 3-2-1 of the corresponding device 3-2 into the cavity of the frame 3-3. The container crane used for the U-shaped berth has the beneficial effects that the ship 9 is berthed in the U-shaped berth 7, a shoreside container loading and unloading bridge is not needed, each container 2 is hoisted into the cavity of the corresponding frame 3-3 by means of the corresponding conveying trolley 3 on the corresponding large trolley 5, running is performed on air tracks, full-covering logistics conveying can be achieved, automatic operation can be easily achieved, and efficiency is high.

The invention discloses an intelligent tree mover. The intelligent tree mover is composed of a tree moving device, a soil ball hoisting and rotating device, a rope winding device, a rotary table device, a crawler and a gradient sensor. The tree moving device is composed of a first telescopic assembly, a first amplitude-variable hydraulic oil cylinder, a second telescopic assembly, a tool cycling motion driving assembly and a tree moving assembly, the first amplitude-variable hydraulic oil cylinder is provided with a double-lug ring, and a piston rod is provided with a single-lug ring; according to a gradient angle signal of the gradient sensor, the angle of the tree mover can be automatically adjusted through the first amplitude-variable oil cylinder, and it is ensured that the tree moverrapidly aligns with nursery stocks; the diameter at breast height of a tree trunk can be automatically measured, and the diameter and the taper angle of a soil ball can be automatically adjusted; thesoil ball can be cut rapidly, and is complete and good in quality; the soil ball can be automatically hoisted and wound with a rope, and the nursery stocks can be automatically loaded onto a transportation vehicle. The intelligent tree mover realizes intelligent control and automatic operation easily, and is convenient to operate and high in working efficiency in nursery stock hoisting.

The invention relates to the field of chemical adhesives, in particular to single component crylic acid anaerobic stick glue and a production method and a construction method of the single component crylic acid anaerobic stick glue. The single component crylic acid anaerobic stick glue is low in viscosity, good in leveling effect and capable of guaranteeing that paint film on a gluing face is uniform and coincident, can be solidified at the room temperature, is high in speed and strength, small in shrinking percentage and capable of being disassembled after solidification, saves energy, is excellent in performance, and has the performance of heat resistance, voltage resistance, lower temperature resistance, drug resistance, impact resistance, shock absorption, corrosion prevention, fog resistance and the like. Glue overflowed from glue seams cannot be solidified and is easy to remove. The production method for preparing the single component crylic acid anaerobic stick glue is simple in process and low in cost. According to the construction method of the single component crylic acid anaerobic stick glue, anaerobic solidification is used, construction is simple, weighing, mixing and glue preparation are not needed, the single component crylic acid anaerobic stick glue is quiet convenient to use, and the automation operation is easily achieved.

The invention provides a conveying device for a container yard. The conveying device 3 of a container 2 of a wharf and a railway container yard 1 comprises a container conveying vehicle 4, a bearing track 5, a guide track 6 and a vertical column component 7, wherein the conveying vehicle 4 comprises a frame 4-1, a jacking switching device 4-2, a hoisting device 4-3, X guide wheels 4-4, Y guide wheels 4-5, a hanging device 8 and a travelling device 9; the guide track 6 is located above the bearing track 5 to be positioned on the vertical column component 7 and is composed of a guiding guide track 6-1; and the jacking switching device 4-2 extends and retracts to change height different between transverse travelling wheels 9X-1 and longitudinal travelling wheels 9Y-1 and realize running switching of the travelling device 9 on a transverse guide track 5X and on a longitudinal guide track 5Y. The conveying device for the container yard has the advantages that the frame 4-1 is a cavity provided with a bottom opening, the container 2 can be taken and placed automatically through the hanging device 8, the travelling device 9 realizes running in the X direction and the Y direction through the jacking switching device 4-2 and the conveying device 4, full-automatic operation is easy to realize, and the efficiency is high.

The invention provides a loading and unloading operation area for a container truck. The loading and unloading operation area 2 used for the container truck 1 in railway or wharf goods yards comprisesconveying devices 4 for containers 3. The loading and unloading operation area 2 comprises lanes 2-1, loading and unloading truck spaces 2-2, vertical column members 2-3, transverse tracks 2X and longitudinal tracks 2Y. The conveying devices 4 comprise frames 5, switching devices 6, transverse operation devices 7, longitudinal operation devices 8 and lifting hanging devices 9. The frames 5 are frames with the open bottoms. The transverse operation devices 7 and the longitudinal operation devices 8 are both mounted on the bottoms of the frames 5. The loading and unloading operation area has the advantages that the conveying devices operate on the air tracks, the containers can be taken and placed automatically, automation operation is easy to realize, and the efficiency is high; the front-back direction of doors of the containers on the truck is changed during loading through the travelling direction of the container truck; and by changing the left-right position of the loading and unloading parking spaces on the lanes, the left-right direction of the doors of the containers on the truck is changed.

The invention provides a heat exchanger assembly splicing and sealing method. The method comprises the steps that heat exchanger assemblies are spliced together, and a splicing gap of the heat exchanger assemblies is coated with a hot melt adhesive, wherein the hot melt adhesive contains gas. According to the heat exchanger assembly splicing and sealing method and the heat exchanger, the hot melt adhesive is used for replacing sponge and butyl rubber to be used for sealing the splicing gap of the heat exchanger assemblies, and the quality problems such as warping and disengagement of sponge and butyl rubber materials can be avoided due to the fact that the hot melt adhesive has viscidity. The hot melt adhesive is filled with gas, so that the hot melt adhesive with air holes is formed, the using amount of the hot melt adhesive can be reduced, and the cost can be reduced. In addition, due to the fact that the heat conductivity coefficient of gas is generally small, the energy efficiency of the heat exchanger can be better improved.

The invention discloses a quantitative analysis method of berberine in blood plasma. The method comprises the following steps: S1, carrying out pretreatment on plasma through a solid-phase supported liquid-liquid extraction method, wherein the method specifically comprises the following steps: diluting plasma, performing implantation adsorption in solid filler, eluting berberine by using an esterorganic solvent, drying, and finally uniformly mixing berberine in an analysis column by using an organic solvent mixed solution serving as a mobile phase to obtain an organic solvent mixed solution containing berberine; and S2, carrying out liquid-phase secondary mass spectrometry analysis on the organic solvent mixed solution by using a mass spectrometer. The method is easy and convenient to operate, automatic operation is easy, labor is saved, and the yield is high; the extraction effect is ultra-clean, and no latex liquid is formed; a large number of materials and equipment for traditionalextraction operation are omitted, cost is saved, and environmental protection is facilitated.

The invention provides a conveying device used for railway vehicle maintenance and production. The conveying device 1 comprises a carrying trolley 2, an aerial track 3 for operation of the carrying trolley 2, a loading trolley 4, an operation track 5 of the loading trolley 4, a stand column component 6, a travelling crane 7 and an operation track 8 of the travelling crane 7. The loading trolley 4 comprises a traveling device 4-1, a hoisting device 4-2 and a frame 4-3. The travelling device 4-1 is located on the lower portion of the frame 4-3. The hoisting device 4-2 is located on the upper portion of the frame 4-3. The frame 4-3 is a cavity with the bottom being open. A hoisting hook device 4-3-1 of the hoisting device 4-2 hoists an object below the frame 4-3 into the cavity of the frame 4-3, and the bottom face of the object is higher than the upper plane of the track 5, so that operation of the loading trolley 4 on the track is not influenced. The conveying device has the advantages that the loading trolley 4 with power hoists workpieces into the cavity of the frame 4-3 and can automatically pick and place the workpieces when operates on the aerial track, the logistics conveying can be completely covered, and automatic operation is achieved easily.

The invention provides a railway container yard and a conveying device thereof. The conveying device (3) for each container (2) in the railway container yard (1) comprises a container transport truck(4), a yard track (5) and stand column components (6), wherein each transport truck (4) operates on the corresponding yard track (5). Each transport truck (4) comprises a frame (4-1), a jacking switching device (4-2), a hoisting device (4-3), a hanging device (4-4) and walking devices (8). Each frame (4-1) is a cavity with the bottom being open. Each walking device (8) is located at the bottom ofthe corresponding frame (4-1). Each hoisting device (4-3) is located at the top of the corresponding frame (4-1). Each walking device (8) comprises a transverse walking device (8X) and a longitudinalwalking device (8Y). The railway container yard (1) comprises a container vehicle loading and unloading area (10) for the railway container vehicles (9), a container truck loading and unloading area (12) for container trucks (11) and a container piling area (13). The railway container yard and the conveying device thereof have the advantages that the container transport truck (4) of each conveyingdevice (3) operates on the corresponding overhead track, the corresponding container can be picked and placed automatically, and each container transport truck (4) can walk on the corresponding track(5) in the X direction and the Y direction; full-coverage logistics transport can be achieved; and automated operation can be achieved easily, and efficiency is high.