33results about How to "Increase or decrease the number of layers" patented technology

The invention discloses a cable fixing clamp, comprising an upper clamping plate, a lower clamping plate, an upper clamping block, a lower clamping block, a protection rubber ring, and a fixing bolt. The lower part of the upper clamping block and the upper part of the lower clamping block are respectively provided with transverse semi-cylindrical slots at corresponding positions and with same quantity. The upper clamping plate, the upper clamping block, the lower clamping block and the lower clamping plate are connected in sequence from top to bottom through the fixing bolt. The protection rubber ring is arranged in a round hole between the upper clamping block and the lower clamping block, the upper clamping plate and the lower clamping plate are stainless steel plates, and the upper clamping block and the lower clamping block are DMC plastic blocks. The protection rubber ring consists of a plurality of layers of rubber rings. The upper clamping block and the lower clamping block are made of the DMC material with convenient processing, and the two clamping blocks can be prolonged according to the number of the cables needing to be fixed, thereby achieving the fixing of a plurality of cables. The fixing clamp of the invention can adapt to different cables through increasing or reducing the number of the protection rubber rings, thereby enhancing the installation efficiency.

The invention discloses a WSN data layered fusion method for plant growth monitoring. According to the method, a wireless sensor network is divided into a plurality of fixed layers, data transmission volume can be decreased, and errors can be reduced layer by layer. The method includes the following steps that: gross errors in a single node datum are eliminated by using Grubbs criterion, and the fusion value of the node datum per unit time is obtained through batched estimation; data adaptively weighted fusion at a sub layer level is carried out; and finally, data weighted adaptively fusion at a base station level is carried out. As indicated by a simulation experiment result, the fusion result of the method of the invention is closer to a true value compared with an arithmetic average method and a single adaptive weighting algorithm. With the method adopted, data transmission volume can be reduced. The method has high expansibility.

The present invention provides a building block type distributed substation, which comprises a charging rack for introducing and charging a battery which is short of power and leading out a full battery, a control cabinet for controlling and monitoring the charging rack, and a conveying device for conveying the battery. The invention provides a building block type distributed substation, which hassimple structure and low construction cost, and can increase or decrease the number of charging shelves or the number of layers of charging shelves according to requirements, and simultaneously can safely extinguish the deflagration battery in a few seconds, and has strong fire protection response ability.

The invention discloses a fiber-reinforced compound hydrogel artificial blood vessel structure and a molding method thereof. The fiber-reinforced compound hydrogel artificial blood vessel structure comprises a first static direct-writing fiber layer, a first electrostatic spinning layer, a first hydrogel layer, a second static direct-writing fiber layer, a second hydrogel layer and a second electrostatic spinning layer in turn from inner to outer; the first static direct-writing fiber layer is arrayed in parallel along the axial direction of blood vessel; the second static direct-writing fiberlayer is spirally crossed along a blood vessel wall. The fiber-reinforced compound hydrogel artificial blood vessel structure disclosed by the invention has appropriate degradation rate, high biocompatibility, certain mechanical properties, appropriate elasticity and capability of guiding growth of vascular cells.

The invention discloses a reinforced type core plate structure for skiing, water-skiing and surfing and a manufacturing method thereof. The reinforced type core plate structure comprises at least one layer of core plate, and each core plate is internally provided with at least one layer of plastic hollow plate. The core plate adopts at least one layer of plastic hollow plate to be taken as a reinforced structure of a core part, thus the comprehensive mechanical property of a sport sliding plate made of the plastic hollow plates is enhanced, and the width of a plate body is reduced so as to enable the sport sliding plate to be convenient to store and carry; especially when the plastic hollow plates which are made from polypropylene materials are used for producing a core plate of an aquaboard and a surfboard and is arranged at a position two thirds width away from the upper surface to the lower surface of the core plate, the weight of the plate body is moderate, the height of the gravity center is reasonable, the buoyancy is good, and the sport sliding plate is convenient for riders to drive and control.

The invention discloses a DOA estimation method and system based on a self-selection neural network. The method comprises the steps: 1, collecting array receiving data when a narrowband far-field signal enters from different directions, calculating a covariance matrix, and generating a dual-channel array receiving matrix according to the covariance matrix; and constructing a sample set by taking the dual-channel array receiving matrix and the incident direction as samples; 2, generating N initial convolutional neural networks, wherein the input of each convolutional neural network is a dual-channel array receiving matrix, and the output of each convolutional neural network is a probability vector in the incident direction; 3, optimizing the N convolutional neural networks by adopting a particle swarm algorithm, and determining an optimal convolutional neural network; and 4, generating a receiving matrix according to the data received by the antenna array, inputting the matrix into the optimal convolutional neural network, and outputting a DOA estimation result. According to the method, the convolutional neural network does not need to be designed according to experience, and the convergence speed and the precision are high during DOA estimation.

The invention discloses a dustproof shoe cabinet which comprises an outer cover, shelf layers, vertical columns, outer pipes, screws, nuts and retaining rings. Four corners of each shelf layer are provided with four round holes. The vertical columns and the holes on the shelf layers are fittingly mounted, the shelf layers are abutted against the retaining rings, the vertical columns are provided with through holes at intervals, the retaining rings are arranged on the vertical columns, the inner diameter of each outer pipe is identical with the outer diameter of each vertical column, the outer pipes are provided with through holes at intervals. The through holes on the outer pipes and the through holes on the vertical columns are identical in size, and the outer pipes and the vertical columns are fittingly mounted through the screws and the nuts. The outer cover covers outside the integral dustproof shoe cabinet. The shelf layers, the vertical columns and the outer pipes are detachable. The dustproof shoe cabinet is reasonable and simple in structural design and capable of keeping shoes clean. In addition, the distance between the shelf layers can be optionally adjusted according to the height of the shoes, so that the dustproof shoe cabinet is convenient to use.

The invention discloses a reinforced plastics spiral tubular product of a composite steel strip, belonging to the field of steel and plastic tubular products. The reinforced plastics spiral tubular product is characterized in that a composite steel frame is used as a support, polyvinyl resin and a cold rolled steel strip which is subjected to oil and rust removal and is coated with adhesive resin are rolled into the steel frame with an approximate stair step shape through a cold forming sectional steel mill, and the steel frame is compounded and adhered with polyethylene to be made into a sectional bar for a steel and plastic structure pipe through a plastic extruder; and the reinforced plastics spiral tubular product of the composite steel strip is produced through helical winding and forming machine equipment by adopting a plastic resin melting mode.

The invention provides a basin placing rack for a student dormitory, which comprises object placing plates and upright posts, and is characterized in that the upright posts are arranged in a rectangular shape, and the placing plates are laminated and fixedly arranged on the upright posts. The upright posts comprise a first upright post and a second upright post, wherein a first circular top columnis arranged at the top end of the first upright post in a vertical direction; a second circular top column is arranged at the top end of the second upright post in a vertical direction; a limber holeis arranged, in vertical direction, at the center of the top positions of the first upright post, the first circular top column, the second upright post and the second circular top column; a rectangular groove is arranged at the top of the placing plate, a rectangular frame is arranged in the rectangular groove, a curved plate is arranged at the center of the bottom surface of the rectangular groove, and the horizontal height of the curved plate is slightly higher than the horizontal height of the rectangular frame, and the basin placing rack is placed in a student dormitory, can increase orreduce the number of layers according to the field and the use requirement, so that the bottom of the basin can be fully air-dried.

The invention provides an intelligent parking lot. The parking lot comprises parking platforms which are used for parking vehicles, an intelligent control device, a driving device, and a voice device;the parking platforms comprise an inner parking platform and an outer parking platform; the outer parking platform is movably disposed at the outer side of the inner parking platform and can rotate relative to the inner parking platform; the intelligent control device is used for full-automatic parking and taking of a vehicle after the vehicle is parked on a lifting platform; the driving device is connected with the parking platforms and used for driving the parking platforms to rotate independently in different directions; and the voice device can identify voice and send an indication command to the intelligent parking lot. When the intelligent parking lot is used, a user sends a vehicle parking and taking request through a mobile phone APP, and an intelligent control device drives the parking platforms to rotate, so that a first passing lane and a second passing lane rotate to the same direction to form a same driving channel, and rotate to the same azimuth angle as a lifting deviceat the same time. A concentric circle principle is adopted, parking spaces and lanes are combined, and full-automatic vehicle parking and picking-up are started, so that resources are fully utilized,and the problem that the vehicles are difficult to park and pick up can be effectively solved.

The invention provides a wash stand with a draining function. The wash stand comprises support plates and upright columns, wherein the upright columns are arranged in rectangular manner, and the support plates are arranged on the upright columns in a lamination manner; the upright columns comprise upright columns I and upright columns II, round top columns I are arranged at the top ends of the upright columns I along the vertical direction, round slots I are formed in the bottom ends of the upright columns I, round top columns II are arranged at the top ends of the upright columns II, and round slots are formed in the bottom ends of the upright columns II along the vertical direction; water through holes are formed in the centers of the top ends of the upright columns II and the round topcolumns and are communicated with water outlet slots I; and rectangular hollow support plates are arranged in the support plates. The wash stand is placed in a student dormitory, and the number of layers can be increased or decreased according to the sites and the requirements; and rectangular support plates are arranged on the support plates, so that water spots at the bottom of a basin can flowout along the water through holes in the upright columns.

The invention discloses a variable-height energy-storage support fitting for an indoor rectangular bus. The variable-height energy-storage support fitting comprises a base, a screw, a spring, a stop copper plate, a bolt and two fixing rods. The base is composed of a long vertical plate, a short vertical plate and a horizontal plate. The middle of the bottom of the horizontal plate is provided with the bolt. The lower portion of the spring winds the outer circumference of the short vertical plate, and the upper portion of the spring extends outward in the linear form. The lower portions of the fixing rods are vertically inserted in the front and the rear ends of the short vertical plate, respectively. The stop copper plate is horizontally arranged upon the short vertical plate. Two ends of the stop copper plate are provided with holes allowing the fixing rods to penetrate. The bolt vertically penetrates the stop copper plate and the middle of the short vertical plate so as to fix the stop copper plate. The variable-height energy-storage support fitting has the advantages that the components are made of the materials equal to that of the indoor rectangular bus; compare with the aluminum, the copper material is better in ductility and flexibility and never breaks; fastening height is adjustable, so that the fitting is not required to change while increasing or decreasing layers of the indoor rectangular bus.

The utility model discloses a modularized layered broiler chicken breeding cage structure which comprises a chicken coop, trapezoid pulling plates are symmetrically installed at the bottom of the chicken coop, a bottom plate is installed between the two trapezoid pulling plates, a plurality of fixing blocks are installed at the tail end of the bottom plate, a manure receiving groove is fixed to the fixing blocks through bolts, and a trough is connected to one side of the chicken coop in a hung mode through a bent plate. Connecting devices are mounted at two ends of the water pipe; one side of the water pipe is connected with a water feeding pipe; a plurality of nipple-type water drinkers are mounted on the water feeding pipe; a sliding plate is fixed on one side of a trapezoidal pulling plate, a pulley is mounted at the bottom of the sliding plate, a supporting strip is arranged on the lower side of the sliding plate, a sliding groove is formed in the supporting strip, and the pulley is embedded in the sliding groove; the two ends of the supporting strip are embedded in the two supporting devices respectively, the supporting devices are installed on the supporting legs, and a plurality of round holes are formed in the supporting legs. By means of the system, the number of layers and quantity of the coops can be simply and conveniently increased and decreased, and centralized water supply and centralized pollution discharge can be conducted on the coops on the same layer.

The invention discloses a stackable device. The stackable device is composed of an upper sealing cover, an outer arc-shaped protrusion, a shell, an inner arc-shaped groove and a base. The outer arc-shaped protrusion is arranged at the upper end of the shell. The inner arc-shaped groove is formed in the lower end of the shell. Every two adjacent shells are fixed in a sleeving mode through the innerarc-shaped groove formed in the upper shell and the outer arc-shaped protrusion arranged on the lower shell. The upper sealing cover seals the top end of the shell on the upmost layer. The base sealsthe bottom end of the shell on the bottommost layer. A split type grain storage barrel is formed by connecting the upper and lower ends of the shells of the same structure. The number of layers of the grain storage barrel can be increased or decreased according to the practical situation, and the stackable device is convenient to use, simple and practical.

The present invention relates to a method for displaying image style transfer during automatic patrol inspection. The present invention solves the problems of the prior art. The key point of the technical solution is that it is suitable for preprocessing of image acquisition during automatic patrol inspection of electric power equipment, including the following steps: Step 1, Obtain the real-time image of the target device to form a content picture for collection and communication transmission; step 2, obtain the real-time detection data of the target device through the detection sensor at the target device and transmit it by communication; step 3, convert the detection data of the target device into at least one Style picture; step 4, select several data from the detection data of the target device, and display them as direct content on the set position of the content picture, and then use the style picture to convert the content picture according to the required each Each style picture is subjected to corresponding stylization processing, and the proportion of stylization processing is manually set; Step 5, patrol inspection is performed according to the content of the stylized image.

The invention discloses a stainless steel plate frame convenient to install. The stainless steel plate frame comprises a bottom plate, a splicing structure is arranged on the bottom plate, the splicing structure comprises inserting grooves, inserting rods, height grooves, connecting inserting grooves, a cushion block, a threaded groove A, a notch A, a cross rod, a vertical rod, a countersunk holeA, a bolt A, a notch B, connecting grooves, threaded grooves B, reinforcing rods, a countersunk hole B and a bolt B, the inserting grooves are formed in the four corners of the front surface of the bottom plate, the inserting rods are inserted into the inserting grooves, the height grooves are formed in the inner side wall of the inserting rods, the connecting inserting grooves are formed in the side wall of the inserting rods, the threaded grooves B are formed in the inner bottom surface of the connecting grooves, the reinforcing rods are embedded in the connecting grooves, and the countersunk holes are formed in the two opposite ends of the surface of the reinforcing rods, and the bolts penetrate through the countersunk holes to be screwed into the threaded groove B. The stainless steelplate frame is convenient to carry and store, can increase or decrease the number of layers of the frame at any time, is durable and not rusted, and has a good use effect.

The invention discloses a low-resistance-value sheet-type negative-temperature-coefficient thermal resistor with a horizontal structure and a manufacturing method thereof, wherein the method comprises the step of manufacturing multilayer lamination blanks, and further comprises the steps of laminating sequentially from bottom to top as below: (1) stacking a blank film printed with cutting size lines; (2) stacking a lower substrate which is composed of n1 empty blank films and one internal electrode-printed blank film on the surface of an end empty blank film; (3) stacking m groups of m intermediate barrier layers composed of n2 empty blank films and one internal electrode-printed blank film on the surface of the end empty blank film, wherein m is determined by a set resistance value of the thermal resistor; and (4) stacking an upper substrate composed of n3 empty blank films. The product provided by the invention is in a horizontal structure, the resistance value of the thermal resistor can be flexibly adjusted within a range of low resistance values by setting the area of the internal electrodes, the number of the blank films printed with the internal electrodes and the total thickness of the intermediate barrier layers, and the low-resistance-value multilayered lamination-type NTC (Negative Temperature Coefficient) thermal resistor can be manufactured.

The invention discloses a rammed earth historic site group anchorage pullout test system. The rammed earth historic site group anchorage pullout test system comprises a group anchorage anchoring mechanism, a loading mechanism and a data acquisition and processing system; the group anchorage anchoring mechanism comprises a rammed earth box, a rammed earth layer is rammed in the rammed earth box, a plurality of anchoring holes are formed in the rammed earth layer, and the plurality of anchoring holes are uniformly and equidistantly arranged relative to the central axis of the rammed earth layer; an anchoring rod is arranged in each anchoring hole, and anchoring slurry is arranged between the anchoring rod and the anchoring hole; the rammed earth box comprises a box seat and a plurality of box units which are vertically arranged above the box seat, each box unit comprises four channel steels which are arranged in a rectangular shape, and two adjacent channel steels are fixedly connected with each other by virtue of a locking device; and the loading mechanism applies a pulling force to the anchoring rods, and an anchoring force and stress and displacement of the anchoring rods are monitored by virtue of the data acquisition and processing system.

The invention discloses a laminate film-forming aerobic fermentation tank, which comprises a tank body, a top cover, a laminate, a baffle plate, a baffle plate with a hole at bottom, an overflowing plate, a flow guide tube, a feeding tube, an exhaust tube, an air inlet tube, an air exhaust tube, an air supply system, a feed pump and an on-line acidity detection apparatus. The invention also discloses a fermentation method of the laminate film-forming aerobic fermentation tank. In the invention, the technical problems of large floor area, low fermentation efficiency, noncontinuous production, difficult fermentation condition control, instable product quality and poor product flavor of the prior air are solved. The fermentation tank and the fermentation method have the characteristics of ensuring the integrity of bacterial membrane in fermentation liquor, increasing dissolved oxygen, retaining high product flavor, along with small floor area, high yield, short fermentation period, continuous production, stable equipment operation, stable and controllable quality, convenience for cleaning and the like.

The invention discloses a granulator capable of conveniently increasing the yield of a compound fertilizer. The granulator comprises a granulator body of which the two ends are arranged on riding wheels in a matched manner, a driving device is arranged in the middle of the granulator body, a check ring group and a tail annular baffle ring are arranged in the granulator body, the tail annular baffle ring is arranged at the tail part of the granulator body, and the check ring group is arranged at a position which is one third of the length of the granulator body away from the tail annular checkring. The check ring group comprises a check ring fixing seat, and a first check ring, a second check ring and a third check ring which are arranged on the check ring fixing seat side by side. The tail annular baffle ring comprises a tail baffle ring base and at least one layer of annular baffle ring arranged on the tail baffle ring base. According to the application, the material layer thicknessof a granulation zone can be adjusted according to actual needs, and the material storage of the granulation zone is increased, so that the yield of the granulator is increased. The thickness of the material layer in a drying area can be adjusted according to actual requirements, and material storage in the drying area is increased, so that the production efficiency of the granulator body is improved.

A tool and material storage rack, characterized in that it includes an object placing board and four support tubes respectively fixed at the bottom of the four corners of the object placing board, and the upper surface of the object placing board corresponds to the position of the supporting pipes. There is a connecting piece, and the connecting piece can be detachably connected with the support pipe, and also includes 4 universal wheels detachably fixed at the bottom of the support pipe. The connecting piece is a short tube vertically set on the upper surface of the object placing board. The beneficial effect of the invention is that the tool material storage rack can be used in combination according to actual needs, and the user can increase or decrease the number of layers of the tool material storage rack according to the required storage space, which is convenient and flexible, and convenient for transfer and maintenance.

A storage rack belongs to the field of producing daily necessities, and includes an object storage platform and four standpipes, wherein the object storage platform is in the shape of a rectangle, the four standpipes are respectively arranged at the bottom of the four corners of the object storage platform, and the upper surface of the four corners of the object storage platform is provided with a position corresponding to the standpipe. Connector, the connector fits with the pipe hole of the riser. The connector is a round rod. This kind of rack can be used in combination. When it is necessary to increase the number of layers of the rack, insert the four risers of the increased rack into the round rods on the upper surface of the four corners of the storage platform, and the rack will have an extra layer of storage space. When it is necessary to transfer the racks, each layer of the racks can be disassembled to facilitate the transportation of the racks. When a certain part of the rack is damaged, the damaged rack can be directly replaced without having to replace it as a whole.

The utility model discloses a traditional Chinese medicine dryer and belongs to the field of dryer devices. A traditional Chinese medicine drying machine comprises a box body and an isolation door, a motor is fixedly installed on the box body, the output end of the motor penetrates through the box body and is fixedly provided with a first transmission block, a supporting piece is rotationally installed in the box body, a supporting net plate is installed on the supporting piece, and a second transmission block is fixedly installed at the end, close to the first transmission block, of the supporting piece. The first transmission block and the second transmission block are fixedly installed in the box body, oblique teeth are arranged on the opposite faces of the first transmission block and the second transmission block at equal intervals, the first transmission block and the second transmission block are connected in a meshed mode through the oblique teeth, and the motor drives the first transmission block to rotate forwards and backwards to change the motion state of the second transmission block. And in the later period, a second transmission block drives a supporting piece to move up and down in the box body to vibrate the medicinal materials, so that the medicinal materials vibrate on a supporting net plate, and the possibility of adhesion of the medicinal materials is reduced.

The invention provides a pavement repairing method. In order to solve the problem that the existing road surface repairing time is long, the invention provides the road surface repairing method which comprises the steps of digging a road surface, cleaning a notch, mounting a dowel bar, laying a strength structure, pouring concrete and the like, and ECO modified polyurethane concrete is used, so that the concrete curing time in repairing construction is greatly shortened; and the ECO modified polyurethane concrete has high strength and waterproofness, so that good connection between the repair structure and the original road surface is facilitated, and the driving danger caused by damage of the pavement structure is effectively prevented. Different road repair designs can be carried out according to different road fracture conditions, and quick repair of pavements with various fracture depths and widths is achieved by controlling the number of layers of the reinforcing meshes.

The invention provides an alga filtration machine which comprises a raw water inlet, a raw water main pipeline, a water storage tank, a cleaning circulation pump, at least one alga filtration module,a purified water main pipeline and a cleaning blowdown pipeline, wherein a first switch control valve is arranged on a pipeline between the raw water inlet and the raw water main pipeline; a raw waterinlet, two purified water outlets and a cleaning sewage outlet are formed in each alga filtration module; after a water outlet of the water storage tank is connected with the cleaning blowdown pipeline via a pipeline, the water storage tank supplies water to the cleaning circulation pump; blowdown switch control valves controlling the alga filtration modules to drain the water to the cleaning blowdown pipeline are arranged on connecting pipelines of the cleaning sewage outlets of the alga filtration modules; when cleaning is required, the blowdown switch control valve controlling the connection of the alga filtration modules are opened; the cleaning circulation pump pumps the water continuously to clean the alga filtration modules; the modules can be mounted, dismounted and combined according to water consumption; and the alga filtration modules can be replaced quickly.

The invention relates to a tellurate group velocity matching photonic crystal fiber. The tellurate group velocity matching photonic crystal fiber is provided with a fiber core and a cladding which areboth made of substrate materials 60TeO2-20PbO-20PbC12; a plurality of air holes which are arranged in parallel along a fiber axis are formed in the substrate materials; on any cross section of the fiber: the plurality of air holes are distributed in a multi-layer manner along the axle center of the fiber; the air holes of each layer can form a regular hexagon; the distance between the hole centers of any two adjacent air hoses is that P=4 mu m, the diameter d1 of each air hole in the innermost layer is the same, and the range of d1 is 3.0-3.7 mu m, and the diameter of other air holes is 3 mum, or the distance between the hole centers of any two adjacent air hoses is the same, and P is 3.80-4.15 mu m, and the diameter d1 of the innermost layer is 3.3 mu m, and the diameter d of the otherair holes is 3 mu m; and the substrate materials enclosed by the circles which are formed among the hole centers of the air holes of the innermost layer form the fiber core, and other substrate materials and air holes form the cladding. The tellurate group velocity matching photonic crystal fiber can realize group velocity matching of any wavelength between the 1.55 mu m wave band and the 2 mu m wave band, is simple in structure, is easy to manufacture, and is efficiency in cross phase modulation.

The invention discloses a layered vibration shearing soil box test device, which comprises a shearing soil box, a vibration device and a driving device. The shearing soil box includes a frame layer. The frame layers are connected longitudinally by lockable and loosenable sliders and linear guide rails, and horizontally connected by rebound leaf springs and hemispherical column hinges. The frame layer is placed on the bottom plate of the vibrating device. The pleated rubber membrane is arranged inside the soil cutting box, and the pleats are inserted into the gap between the frame layers and the bottom plate; the bottom plate of the vibrating device is supported on the bottom beam through leaf springs and springs respectively, and the bottom plate also has a bottom plate hole for installing permeable stones. The beam is fixed on the laboratory floor; the driving device includes an electric servo actuator set on the end face of the I-shaped steel beam and a force sensor connected with it, and the former is installed on the reaction wall by a connecting plate. This device can simulate the propagation process of shear wave in the soil layer with limited thickness during the earthquake. The layered vibrating shear soil box overcomes the limitation of the base shear force of the general shaking table, and has the advantages of simple structure, economical cost, convenient installation and application. features.

The invention discloses a variable-height energy-storage support fitting for an indoor rectangular bus. The variable-height energy-storage support fitting comprises a base, a screw, a spring, a stop copper plate, a bolt and two fixing rods. The base is composed of a long vertical plate, a short vertical plate and a horizontal plate. The middle of the bottom of the horizontal plate is provided with the bolt. The lower portion of the spring winds the outer circumference of the short vertical plate, and the upper portion of the spring extends outward in the linear form. The lower portions of the fixing rods are vertically inserted in the front and the rear ends of the short vertical plate, respectively. The stop copper plate is horizontally arranged upon the short vertical plate. Two ends of the stop copper plate are provided with holes allowing the fixing rods to penetrate. The bolt vertically penetrates the stop copper plate and the middle of the short vertical plate so as to fix the stop copper plate. The variable-height energy-storage support fitting has the advantages that the components are made of the materials equal to that of the indoor rectangular bus; compare with the aluminum, the copper material is better in ductility and flexibility and never breaks; fastening height is adjustable, so that the fitting is not required to change while increasing or decreasing layers of the indoor rectangular bus.