62results about How to "Bind firmly" patented technology

The invention discloses a lifting transportation process of wind power steel pipe piles, comprising: selecting a floating crane, calculating lifting parameters of the floating crane, selecting liftingpoints for steel pipe piles, selecting a transport vessel, selecting transport supports, installing the transport supports, lifting the steel pipe piles, loading the steel pipe piles, tying the steelpipe piles, and installing auxiliary parts. The lifting transportation process of wind power steel pipe piles has the advantages that the process steps are stable and ordered, lifting is table, tyingfirmness is good, two lifting points selected, the position of a hook combiner is determined, the included angle between two lifting wire ropes is not greater than 45 degrees, tension between the lifting wire ropes is decreased, breakage of the lifting wire ropes is avoided, slight increase of one end in weight due to the sliding of the lifting wire ropes to the middle of a steel pipe pile is also prevented, and lifting safety is ensured; by calculating the number of the transport supports and bearing capacity of each transport support, no damage can be caused to the transport vessel during transport of the wind power steel pipe piles; the steel pipe piles are tied firmly and stably, shaking of the transport vessel during transporting is avoided, and transport safety is ensured.

The invention provides a special tool for binding tail wires of stay wires of a power transmission line tower. The special tool comprises a main body, wherein the middle of the main body is provided with an opening, the lower bottom face of the main body is provided with grooves which main wires and the tail wires of the stay wires abut against in a pressing mode, a first connecting shaft is fixedly connected to the side face of the main body, an iron wire roller is connected to the first connecting shaft in a rotating mode, a second connecting shaft is fixedly connected into the opening, and an iron wire winding wheel is connected to the second connecting shaft in a rotating mode. The special tool is simple in structure, quite low in manufacture cost and capable of quickly binding the tail wires of the stay wires firmly, lowering binding strength and improving working efficiency.

The invention provides equipment utilizing plastic ties to automatically bind wire harnesses. The equipment comprises a base, a motor fixing mechanism, a pushing mechanism, a boosting mechanism, a closure control mechanism, a tension mechanism and a shear mechanism, wherein the motor fixing mechanism is used for fixing a motor; the pushing mechanism is arranged on one side of the base and used for pushing a plastic tie tail part to a clamping groove; the boosting mechanism is arranged in the front of the base, connected with a boosting motor and used for pushing a plastic tie head part to pass through the plastic tie tail part; the closure control mechanism is arranged in the front of the base and used for arranging bound wire harnesses in order and placing the ordered wire harnesses on a plastic tie; and the tension mechanism and the shear mechanism are arranged in the front of the base and used for tensioning the plastic tie head part to realize binding and cutting off the redundant head part. The equipment is small in size, high in efficiency and low in cost, can automatically bind the wire harnesses and cut off the residual plastic tie, relieves the labor intensity, ensures a relatively stable tensioning force and achieves firm binding.

The invention provides a display panel and a display device. The display panel comprises a driving backboard, a driving circuit, a first electrode layer, a micro LED, a second electrode layer and a binding layer. The first electrode layer on the driving circuit is provided with a first protruding structure, and the second electrode layer under the micro LED is provided with a second protruding structure. The binding layer is arranged between the first electrode layer and the second electrode layer. The contact area between the binding layer and the first electrode layer or the contact area between the binding layer and the second electrode layer is increased, so that the problem that the micro LED falls off is solved.

The invention relates to the field of transformer production and manufacturing, in particular to a winding and binding technology for a spiral coil of a transformer. The technology comprises the stepsthat outlet heads of coil wires are bent into wire outlet heads; all wire outlet heads are fixed on the heads of coil winding die shafts of coil shafts through fixation bands and contraction band ropes; wire bodies of the coil wires partly wind inner coil insulation cylinders of the coil shafts; after winding is completed, the coil wires are grouped and bound through the contraction bands, wherein the connection ends, connected with the wire outlet heads, of wire bodies in all sets of coil wires, are bound through contraction bands A, the wire bodies in all sets of coil wires are partly boundthrough contraction bands B, and one or more coil wires are bound on the adjacent sides of any two adjacent sets of coil wires by the adjacent contraction bands which belong to different coil wire sets respectively; after the wire outlet heads are bound, the contraction band ropes and the fixation bands are disassembled. According to the winding and binding technology, it can be guaranteed that multi-spiral coil outlet heads are firmly bound, and the winding quality of the coils is improved.

The invention provides a method for reinforcing and binding a flexible circuit board and a sensor and a component for the method. The method comprises the following steps: binding the flexible circuit board and the sensor, and supplementing an instantaneous curing adhesive at the binding position point of the flexible circuit board. The component comprises the flexible circuit board and the sensor which is bound to the flexible circuit board, wherein the adhesive is added to the binding position of the flexible circuit board and the sensor. The adhesive with an instantaneous curing effect is supplemented at the binding position point of the flexible circuit board, so that the tensile strength of the flexible circuit board is increased; the flexible circuit board is quickly stabilized after being bound; the functions are not affected after bending, inserting and extracting and stretching for plurality of times; and the production yield is greatly improved.

A method for mapping a virtual network is provided. The method calculates the metric value of the virtual node according to the CPU requirement of the virtual node and the link bandwidth of the adjacent link, and calculates the metric value of the underlying node according to the CPU resource and the reliability metric of the underlying node and the link bandwidth of the adjacent link. Based on the metrics of the virtual node and the bottom node, the virtual node of the virtual network is mapped to the bottom node of the bottom network, and the neighboring links of the virtual node are mappedto the neighboring links of the mapped bottom node. When the neighboring link bandwidth of the mapped underlying node satisfies the requirements of the neighboring links of the virtual node, virtualization of the underlying network is performed, binding with the virtual network with a more stable way of communication is realized to achieve networking functions, and the underlying network is virtualized through the topology of the virtual network mapping to the underlying network, to achieve the flexible configuration of the underlying network resources, and effectively improve the utilizationof resources.

An installation platform for installing an operating mechanism of a substation outdoor disconnector comprises a fixing frame, a supporting frame and a face plate. The fixing frame comprises at least one circular hoop which is connected with a fixing plate; the fixing plate is connected with one end of the supporting frame; the supporting frame comprises a main transverse frame and an auxiliary transverse frame both rectangular; two hollow bars are parallelly arranged on the auxiliary transverse frame; the hollow bars are nested in two transverse bars, on two sides, of the main transverse frame; first nuts are fixed on the transverse bars respectively; a first screw is inserted into each first nut; second nuts are fixed to two ends of each first screw; a rotating shaft is mounted at one end of each first screw; the face plate is fastened to the first screws through fastening channels arranged on two sides. The installation platform with the structure has the advantages that the whole installation platform is fixedly connected with a utility pole through the fixing frame, supporting of the installation platform and adjustment of horizontality, verticality and concentricity of equipment are achieved through the supporting frame, the face plate is used for holding disconnector operating equipment, and supporting can be well provided during installation of the disconnector operating equipment, adjustment is facilitated, and welding is easier.

The invention belongs to the field of overhead working, in particular to a mounting bracket for overhead working. The mounting bracket for overhead working comprises a bracket body, wherein the bracket body comprises a transverse supporting bracket and a side lying bracket which are vertically arranged mutually; a steering supporting device, a connecting seat used for connecting the steering supporting device and a locking device used for fixing an object to be mounted are arranged on the bracket body; the locking device comprises a tight rope connected between the transverse supporting bracket and the side lying bracket and a tensioning assembly which is arranged on the side lying bracket, connected with one end of the tight rope and used for tensioning the tight rope; and the tensioning assembly also comprises a rotation shaft arranged on the upper part of the side lying bracket, a crank arm which is arranged at both ends of the rotation shaft and rotated by taking the rotation shaft as a shaft core, a piston rod arranged on the lower part of the side lying bracket and a telescopic oil cylinder hinged with the lower end of the crank arm. The mounting bracket has the advantages of simplicity in structure, low cost, great flexibility, precise and sensitive control and good micromotion performance, and an overhead working machine can be applied to more environments and more fields.

The invention provides a steel bar binding jig frame for component prefabrication. The steel bar binding jig frame for component prefabrication comprises two transverse supports and two longitudinal supports, wherein a plurality of first positioning pieces are arranged on the transverse supports; and a plurality of second positioning pieces are arranged on the longitudinal supports. The transverse supports, the longitudinal supports, the first positioning pieces and the second positioning pieces are correspondingly arranged according to the position relation of transverse steel bars and longitudinal steel bars of the a rectangular steel bar framework, so that the two corresponding first positioning pieces can position the two ends of the transverse steel bars, the two corresponding second positioning pieces can position the two ends of the longitudinal steel bars, the positioning is more accurate, and the steel bar binding process is more stable. Before the transverse steel bars and the longitudinal steel bars are bound, the transverse steel bars and the longitudinal steel bars are placed through the steel bar binding jig frame for component prefabrication and then bound, so that the placing efficiency is high, the accuracy is high, the binding efficiency of the rectangular steel bar framework is effectively improved, the quality of the rectangular steel bar framework can be improved, and engineering construction is facilitated.

The invention discloses a nursery stock fixing device, comprising a baseplate; the baseplate is fixedly connected to one end of a connecting rod; the other end of the connecting rod is connected with an elastic sheet capable of being adhered to a tree trunk; the rod body of the connecting rod is hinged with one end of a support rod; the other end of the support rod is connected with an arc-shaped rod; through-holes are respectively formed at two ends of the arc-shaped rod; fixing holes are formed on the baseplate; the nursery stock fixing device further comprises steel nails capable of penetrating the fixing holes to enable the baseplate to be fixedly connected with the ground. The nursery stock fixing device is simpler and faster to install, is capable of simplifying the nursery stock fixing process and is reduced in cost.

The invention provides an automatic traction device of a small-sized vehicle. As a part of standard equipment of the small-sized vehicle, the automatic traction device is fixedly mounted on a vehicle body, and the automatic traction device of the small-sized vehicle is especially suitable for being fixedly mounted in the middle part of the vehicle body or on the tail portion of the vehicle body. The traction device of the small-sized vehicle comprises fixing connecting rods, a rotating shaft, drive motor connecting rods, a vehicle tow rope, a tow hook and a buckle. The fixing connecting rods enable the traction device to be fixedly mounted on the vehicle body. The rotating shaft and the fixing connecting rods are mutually orthogonal, and the rotating shaft makes rotational motion relative to the fixing connecting rods. The drive motor connecting rods are connected with a drive motor, and the drive motor drives the rotating shaft to make anticlockwise motion or make clockwise motion. The vehicle tow rope is wound on the rotating shaft, one end of the vehicle tow rope is fixed on the rotating shaft, and the other end of the vehicle tow rope is a movable connection end and is connected with the tow hook and the buckle. The tow hook and the buckle can relatively move freely. A limiting hole is formed in the buckle, and the tail end of the tow hook can penetrate through the limiting hole. A disengaging prevention fixing device is arranged around the limiting hole of the buckle, and the tail end, penetrating through the limiting hole, of the tow hook can be fixed through the disengaging prevention fixing device.

The invention discloses an insulating strapping of the track plate bar mat. It binds the longitudinal and the cross direction bar using the insulating binding line. The insulating pad is set between the nodes of the bar. The bar net bond by the method has the good insulating property, so it meets the demand of the track circuit technology.

The invention, which belongs to the attachment tools for power work, discloses a cable band comprising a master cable band and a plurality of sub cable bands. The master cable band includes a master band body; a master band locking port is fixedly arranged at a first end portion of the master band body; and a master band retaining mechanism is arranged at the master band body. The sub cable bands contain sub band bodies; sub band main locking ports are arranged at first end portions of the sub band bodies and sub band side locking ports are fixedly arranged at the sides of the sub band main locking ports; and sub band retaining mechanisms are arranged at the sub band bodies. The sub band main locking ports or sub band side locking ports pass through the master band body and are in a clamping fit relation with the master band retaining mechanism. According to the invention, the cable band includes the master cable band and the multiple sub cable bands, and the sub band side locking ports are arranged at the sub cable bands. When each two cables are laid, the sub cable bands can penetrate the sub band side locking ports at the last stage, so that the stage-to-stage connection is realized and the binding is firm and an aesthetic effect is realized. With the cable band, the cable binding efficiency during construction of a newly-built transformer substation or modification of an old transformer substation can be improved by 220%.

The invention belongs to the technical field of battery module bundling, and provides a special full-automatic steel belt bundling machine for a battery module, and a bundling method thereof. The special full-automatic steel belt bundling machine comprises a belt head pressing device, a steel belt half-biting device, a steel belt pressing and welding device, a belt cutting and belt tail pressing device, a steel belt tensioning device, a steel belt clamping and conveying device and a steel belt guiding device. According to the invention, by arranging the guiding device for introducing a steel belt, the steel belt clamping and conveying device for conveying the steel belt, the steel belt tensioning device for punching two bosses on the two sides of the head of the steel belt and tensioning the steel belt according to the set force, the belt cutting and belt tail pressing device for cutting off the steel belt and pressing the belt tail, the steel belt pressing and welding device for pressing and welding the steel belt overlapping area, the steel belt semi-biting device for fixing the steel belt during steel belt recovery and the belt head pressing device for pressing the boss of the belt head of the steel belt into the clamping groove in a battery module, the steel belt can be firmly bound on the battery module; and the special full-automatic steel belt bundling machine has high working efficiency.

The present invention comprises: an upper structure formed to be mounted by a wind power generation part; a lower structure formed of a buoyant material and supporting the upper structure; a mooring line which connects the lower structure and a sea bed to moor the lower structure; and column structures connected to each other and installed, respectively, along outer edges of the upper structure and the lower structure, the column structures being formed such that the connections are at an incline.

The invention discloses a fixation device for orthopaedic resetting, and mainly relates to the field of medical instruments. The fixation device includes two elastic plates, two support bars are respectively set at corresponding positions of the elastic plates, four support bars surround to form four side faces, a length adjusting device is set at one side face between the two elastic plates, elastic straps are set at other three side faces, connection plates are respectively set at the bottom part of the two elastic plates, an angle adjustment device is set between the connection plate and the elastic plate, and a plurality of leg binding devices are set at the bottom part of the connection plate. The fixation device for orthopaedic resetting has the beneficial effects of: waists and legscan be fixedly at the same time, the two are used as support points for each other, with good fixing effect, and the fixation strength can be conveniently controlled to improve the use experience ofa patient, for facilitating the recovery of diseases.

The invention discloses a large-span concrete-filled steel tubes arch bridge vibration inhibiting system based on the anti-seismic property. The large-span concrete-filled steel tubes arch bridge vibration inhibiting system comprises a main arch, a bridge floor beam, multiple slings arranged between the main arch and the bridge floor beam, at least one anti-seismic rope, multiple longitudinal limiting damping devices and two transverse limiting damping devices, wherein all the slings are transversely connected through the anti-seismic ropes into an overall structure, the longitudinal limiting damping devices are connected between the bridge floor beam and correspondingly installed piers, and the two transverse limiting damping devices are arranged at the cross positions of the two ends of the main arch and the bridge floor beam. According to the large-span concrete-filled steel tubes arch bridge vibration inhibiting system based on the anti-seismic property, by means of the vibration inhibiting technology of building the main arch and the slings and the vibration inhibiting technology of the main arch and the bridge floor beam, the problem that under the action of seismic loads, the slings are large in vibration amplitude, the longitudinal, transverse and vertical vibration amplitude of the bridge floor beam is large to cause mesomerism can be effectively solved, anti-seismic safety property of a bridge is ensured, reliability is high, the service life of the vibration inhibiting system approximates to that of a major structure, maintenance and replacement in the using process are avoided, and the engineering cost is low.

The invention provides a swimming crab binding device, and belongs to the technical field of crab binding. The swimming crab binding device comprises a base, a first conveying belt, a rotating block, a driving mechanism and two rope feeding mechanisms, wherein a supporting plate and a fixed block are arranged on the base; a groove is formed between the supporting plate and the fixed block; a guide plate is fixedly arranged on the upper side edge of the supporting plate; the first conveying belt is arranged on the left side of the guide plate; the rotating block is rotatably arranged in a groove located below the right side edge of the guide plate through a rotating mechanism; two columns are slidably arranged on the fixed block in the length direction and located on the front side and the rear side of the rotating block; V-shaped grooves are horizontally formed in the opposite side faces of the two columns correspondingly; the driving mechanism can enable the two columns to move towards and away from each other; and when the two columns clamp a swimming crab, the two rope feeding mechanisms can bind the two sides of the swimming crab. The swimming crab binding device can quickly bind the crab legs of the swimming crabs, and time and labor are saved.

The invention belongs to the technical field of A01K59 / 00: honey harvesting. A honey shaking method includes the following steps of firstly, assembling an installation body; secondly, inserting a honeycomb frame; thirdly, binding a shake-preventing piece; fourthly, adjusting the height of a magnet; fifthly, assembling a honey shaking barrel; sixthly, shaking honey by hand. According to the honey shaking method, through the shake-preventing piece with a changeable attaching position, larvae in brood comb cells can be prevented from being thrown out to hit the honey shaking barrel and die, and meanwhile honey contamination is avoided.

The invention relates to a medical surgical instrument, in particular to a muscle tendon locating anastomat. The muscle tendon locating anastomat comprises a pair of locating pincers composed of a left clamping plate, a right clamping plate and a locating mechanism, a wire groove is formed in the lower end of the locating pincers, a through hole and a crack which are specially formed are formed in the wire groove, a suture wire is mounted on the wire groove in an 8-shaped penetrating and inserting mode according to a certain sequence. During use, broken ends of a muscle tendon are placed in the wire groove, ends of the suture wire are tightened to tighten the broken ends of the muscle tendon, then, tighten ed broken ends of the muscle tendon are in butt joint together through the locating pincers, and the ends of two suture wire are bound. The muscle tendon locating anastomat is simple to operate, easy to master, high in binding standardization degree, high in anastomosis quality and low in degree of dependence on individual experience of an operator; and and the broken ends of the muscle tendon are free from puncture injury, firm in binding and free from tearing the muscle tendon.

The invention discloses a binding method for a low-melting-point target. The binding method comprises the following steps: (1) pre-treating a target blank to be bound and a backboard; (2) forming a graphite conductive adhesive layer on the binding surface of the pretreated backboard, and arranging a copper wire at the edge of a binding area of the binding surface or arranging a copper screen in the binding area; (3) stacking the pretreated target blank on the binding surface of the backboard obtained in the step (2) and carrying out positioning; (4) arranging a pressing object on the surface of the target blank for pressing; and (5) curing the graphite conductive adhesive layer under the condition of keeping pressing, so as to obtain the bound target. According to the binding method, a graphite conductive adhesive is adopted as a binding material, so that the problem of reaction of bismuth and indium is effectively solved, binding is firm, and the welded rate meets the industrial standard. Compared with the mode of binding the target with indium, the binding method disclosed by the invention has the advantages that the cost of the graphite conductive adhesive is 60% lower than that of indium, and in the preparation process, the operating temperature of the graphite conductive adhesive is reduced by 30% compared with that of the indium, the power consumption is reduced, the time is shortened, and the efficiency is improved.

The invention, which belongs to the attachment tools for power work, discloses a cable band comprising a master cable band and a plurality of sub cable bands. The master cable band includes a master band body; a master band locking port is fixedly arranged at a first end portion of the master band body; and a master band retaining mechanism is arranged at the master band body. The sub cable bands contain sub band bodies; sub band main locking ports are arranged at first end portions of the sub band bodies and sub band side locking ports are fixedly arranged at the sides of the sub band main locking ports; and sub band retaining mechanisms are arranged at the sub band bodies. The sub band main locking ports or sub band side locking ports pass through the master band body and are in a clamping fit relation with the master band retaining mechanism. According to the invention, the cable band includes the master cable band and the multiple sub cable bands, and the sub band side locking ports are arranged at the sub cable bands. When each two cables are laid, the sub cable bands can penetrate the sub band side locking ports at the last stage, so that the stage-to-stage connection is realized and the binding is firm and an aesthetic effect is realized. With the cable band, the cable binding efficiency during construction of a newly-built transformer substation or modification of an old transformer substation can be improved by 220%.

The invention discloses a using method of a crawler-type operation platform for net rack construction. The using method comprises the following tools of a primary platform and a secondary platform on a net rack, wherein the primary platform comprises at least one movable carrying plate, the secondary platform comprises at least two supporting rods, two hooks are arranged on each supporting rod and are hooked on a web member, a foot hand rod is installed on each supporting rod, and a springboard is bound on each foot hand rod; and a constructor stands on the primary platform to build the secondary platform, then inner plate installation is performed on the secondary platform, the rear springboards are dismounted by the person binding the springboards along with the inner plate construction speed and are moved to the front in the inner plate installation process, the movable carrying plates are dragged to a next station when the construction progress exceeds the position covered by the primary platform, namely the primary platform is pushed forwards, the secondary platform is continuously pushed forwards after the primary platform is stabilized, and inner plate installation is continuously performed. The person binding the springboards performs crawler-type line production and is matched with the crawler-type line production, and the overall moving speed is high till inner plate construction is completed.

The invention relates to the technical field of holding hoops, and discloses a safety improved grounding holding hoop with good bracing effect. The safety improved grounding holding hoop comprises a first clamping hoop. The middle part of the first clamping hoop comprises a first slide groove and a second slide groove. According to the safety improved grounding holding hoop with the good bracing effect, the second clamping hoop is inserted into the fixed head through the penetrating head and then the inner side of the second slide groove can be fit with the outer side of the limiting slide block for sliding by arrangement of the connecting metal piece and cooperated arrangement of the second clamping hoop, the penetrating head, the buckle plate, the rotary connector, the fixed head, the arc block, the limiting slide block, the rubber sleeve and the fixed limiting block so that the upper and lower sides of the first clamping hoop can be stably inserted into the fixed head by the friction force of the rubber sleeve, the binding head can rotate through the rotary connector when the first clamping hoop completely clings to the device or the equipment requiring binding and thus the binding head is enabled to drive the connecting metal piece to bend while rotating.

The invention relates to a hoisting and positioning control method for prestressed steel strands of tower columns, which comprises the following steps: selecting a beaming platform, and setting a conduit for beaming on the beaming platform according to the length of the steel strands; threading the steel strands one by one into the conduit; braid the lower end of the steel beam; then braid the upper end of the steel beam, and install the 1# anchor plate, use the steel strand card to lock the steel strand on the 1# anchor plate; #Anchor plate, use the hoop to tighten the 1# and 2# anchor plate; send the steel strand into the reserved hole; remove the hoop used to anchor the two anchor plates, take away the 2# anchor plate, and complete the steel beam installation; install a tension jack on the remaining 1# anchor plate, use 10%‑20% of the tension stress as the initial tension force, complete the unlocking of the temporary lock of the card and adjust the straightness and slack of the steel beam, and then enter In the prestressing and tensioning construction stage, the present invention has the advantages of simple operation, time saving and high working efficiency.

The invention discloses a lashing process for transporting overrun goods by waterway. The goods are provided with a plurality of fastening points, and a plurality of universal boards are arranged at fixed intervals on the deck of the ship, and N Layer connectors and multiple steel ropes, one end of a steel rope is detachably connected to a fastening point, the other end is connected to a connector of the first layer and can rotate relative to the connector, each connection of the last layer of connectors All parts are detachably connected to the corresponding number of universal boards on the deck through multiple steel ropes; and when N>1, among the connecting parts of two adjacent layers, each connecting part of the upper layer is connected through multiple steel ropes In this way, the lashing of out-of-limit cargo can be realized, so that the lashing operation is fast, and the loss of materials and labor is greatly reduced, and the damage to the ship's splint is avoided, and open flame welding and fastening are also avoided. point of fire safety hazards.

The invention provides equipment utilizing plastic ties to automatically bind wire harnesses. The equipment comprises a base, a motor fixing mechanism, a pushing mechanism, a boosting mechanism, a closure control mechanism, a tension mechanism and a shear mechanism, wherein the motor fixing mechanism is used for fixing a motor; the pushing mechanism is arranged on one side of the base and used for pushing a plastic tie tail part to a clamping groove; the boosting mechanism is arranged in the front of the base, connected with a boosting motor and used for pushing a plastic tie head part to pass through the plastic tie tail part; the closure control mechanism is arranged in the front of the base and used for arranging bound wire harnesses in order and placing the ordered wire harnesses on a plastic tie; and the tension mechanism and the shear mechanism are arranged in the front of the base and used for tensioning the plastic tie head part to realize binding and cutting off the redundant head part. The equipment is small in size, high in efficiency and low in cost, can automatically bind the wire harnesses and cut off the residual plastic tie, relieves the labor intensity, ensures a relatively stable tensioning force and achieves firm binding.