58results about How to "Orderly installation" patented technology

The invention relates to a piece of cloud printer armor. The cloud printer armor comprises a peripheral frame and a paper outlet. A bottom plate is arranged at the bottom of the peripheral frame, a partition plate is arranged in the middle of the peripheral frame, an installation platform is fixed to the partition plate, a hatchback plate is hinged to the top of the peripheral frame, and a display screen inspection hole is formed in the hatchback plate. Hanging plates are symmetrically fixed to the middle upper portion of the left inner side of the peripheral frame and the middle upper portion of the right inner side of the peripheral frame, supporting beams are welded to the edge of the left inner side of the peripheral frame and the edge of the right inner side of the peripheral frame, a first beam is fixed to the lower end of the front side inside the peripheral frame, a second beam is fixed to the upper end of the front side inside the peripheral frame, and a door plate is hinged to the front portion of the peripheral frame. A paper taking cylinder and a handle are arranged on the door plate, the left end of the paper outlet is arranged at the upper end of the paper taking cylinder, and flanges are arranged at the right end of the upper side face of the paper outlet and the right end of the lower side face of the paper outlet. Wiring holes are formed in the lower portion of the rear side of the peripheral frame. According to the cloud printer armor, a cloud printer can be well protected, installation and movement of the cloud printer are facilitated, illegal utilization and damage are prevented from happening to the cloud printer, popularization of the cloud printer is promoted, and people can conveniently print required files at any time and in any place.

The invention provides a pulse circulation cleaning device for a heat exchanger and a using method thereof. The pulse circulation cleaning device for the heat exchanger is characterized by comprising a gas buffering tank, a pulse generator, a gas and liquid mixer and a switching valve. The gas buffering tank is used for providing compressed air. An air inlet of the pulse generator is connected with an air outlet of the gas buffering tank. The gas and liquid mixer is provided with a gas phase inlet, a liquid phase inlet and a gas and liquid outlet. The liquid phase inlet is connected with an outlet of a cleaning pump. The switching valve is provided with a water inlet, a drainage opening, a circulating water supply opening and a circulating water return opening. The water inlet is connected with the gas and liquid outlet. The invention further provides a method for using the cleaning device for cleaning the heat exchanger. According to the cleaning device, the gas-liquid pulse cleaning technology, the chemical circulation cleaning technology and the circulation cleaning technology are combined, and therefore the pulse circulation cleaning device has the advantages of being high in cleaning efficiency, good in adaptability, low in cleaning cost, easy and convenient to use and operate and the like, and various heat exchangers can be cleaned without shutting down a unit.

The present invention relates to building technology and is especially the facade block hoisting and installing technology. The hoisting system includes vertical conveying unit, transferring and turning unit and hoisting and installing unit. The vertical conveying unit conveys facade block to required story vertically; the transferring and turning unit including transferring bogie, turning bogie and installing bogie changes the block from horizontal state inside story to vertical state outside the story; and the hoisting and installing unit hoists and sets block in place and installs to constitute facade. The present invention can complete the installation of facade orderly and flexibly.

The invention discloses an automatic glue dispensing assembling device for concave pads of positive and negative electrodes of a lithium battery. The automatic glue dispensing assembling device for concave pads of the positive and negative electrodes of the lithium battery comprises a cover plate supply conveying device, a four-station moving mechanical arm, a cover plate positioning device, a concave pad mounting device, a glue dispensing device and a discharging device which are mounted on a rack, the four-station moving mechanical arm conveys a cover plate on the cover plate supply conveying device to the cover plate positioning device to be positioned, the four-station moving mechanical arm conveys the positioned cover plate to the concave pad mounting device to be mounted with a concave pad, the cover plate assembled with the concave pad is conveyed to the glue dispensing device to be glued, and the glued product is conveyed to the discharging device. Through the above manner, thestructure is compact, running is stable, the lithium battery cover plate is subjected to supply positioning, concave pad assembling, insulation glue inner control smearing and air drying discharging,multiple functions are integrated, assembling efficiency is high, and cost is low.

The invention discloses a speed governor testing device which comprises a test table, a rope winding mechanism, a stretching mechanism and a shearing mechanism, wherein the shearing mechanism, the rope winding mechanism and the stretching mechanism are respectively connected with the test table; the rope winding mechanism is used for storing and placing the test rope; the stretching mechanism is used for stretching the test rope when testing to detect tension of the speed governor; and the shearing mechanism is used for shearing the test rope after the test. The speed governor testing device can automatically load and measure the speed governor, is simple in the structure, easy to operate, high in efficiency, and suitable for online detection of the speed governor batch production.

The invention discloses an intensive bus duct. The intensive bus duct comprises a U-shaped shell, a clamping plate and a heat dissipation structure, wherein the interior of the shell is divided into asecond installation area and a first installation area by a transverse partition plate up and down; the interior of the first installation area is uniformly divided into busbar installation grooves by a first vertical partition plate, and arc-shaped clamping pieces are correspondingly arranged on the left side walls and the right side walls of the busbar installation grooves; the second installation area is divided into busbar placement cavities through a second vertical partition plate; sliding grooves are correspondingly formed in the second vertical partition plate on the left side and theinner side wall of the shell; the two sides of the clamping plate are clamped between the sliding grooves in a sliding mode through sliding blocks; a mounting groove is formed in the surface of the clamping plate; the heat dissipation structure comprises a bottom through groove, an upper through groove, a side edge through groove and air inlet holes; and the bottom through groove is formed in themiddle part of the bottom plate of the shell. According to the intensive bus duct, busbars can be placed in a partition mode, the mounting modes are relatively more, the heat dissipation effect is relatively high, and the use is convenient.

The invention discloses a multifunctional camping box, comprising a box body and a box cover hinged to the box body; the box body is divided into a plurality of relatively closed containing spaces; the containing spaces comprise a first containing space for containing a camping pot, a second containing space for mounting a bulb and a battery and a third containing space for placing a power supply adapter, a socket and a USB (universal serial bus) wiring port. The multifunctional camping box is provided with multiple containing spaces, related objects are sequentially mounted, fixed or placed in the containing spaces, the use is convenient, the finding and carrying are convenient, and the using and carrying of the objects are safer.

The invention relates to the field of floating construction of submarine immersed-tube tunnels, in particular to a method of mounting and sinking a ballast tank for floating transportation into an immersed tube. The method includes the steps: columns, beams, diagonal members, wall plates and waterproof cloth required for the mounting of the ballast tank are hoisted to a receiving platform outside an immersed tube by a tower crane; the columns are lifted to column mounting positions through a forklift and a column mounting procedure is performed; a construction passage is reserved in one row of columns; the beams are lifted to beam mounting positions through the forklift, and a beam mounting procedure is performed; the diagonal members are lifted to diagonal member mounting positions through the forklift, and a diagonal member mounting procedure is performed; the wall plates are mounted on a wall plate frame; the waterproof cloth is lifted to the inside of a water tank body through the forklift, and a waterproof cloth mounting procedure is performed; the construction passage is fully closed, and mounting the ballast tank is finished.

The invention discloses a combined type grounding terminal. The combined type grounding terminal comprises grounding pedestals. Several coiling racks are uniformly arranged on each grounding pedestal, and are arranged in a linear mode. Each coiling rack comprises one reel and one back shaft. The back shafts are connected to the grounding pedestals. The reels are arranged on the back shafts, and can rotate around the back shafts. The grounding pedestals and the back shafts are all made of metal conductive materials. Through the combined type grounding terminal of the invention, centralized grounding in working can be realized. The combined type grounding terminal is safe and standard. In addition, through the combined type grounding terminal of the invention, ordered installation and laying of ground wires can be realized; and human resources can be saved; and accidents will not easily happen. The safety is improved, and the operation effect is good.

The invention provides a distribution mechanism and a pipe fitting processing unit provided with the same. The distribution mechanism comprises a feeding part and a distribution part, wherein the feeding part is provided with a feeding groove for conveying copper rings and a distribution guide groove; the distribution part is movably arranged relative to the feeding part; and the feeding part is provided with a bearing position for bearing the copper rings in the feeding groove and an unloading position for unloading the copper rings to the distribution guide groove. The adopted distribution part can effectively and uniformly separate the copper rings to carry out installation in sequence, so that the installation efficiency of the copper rings is improved.

The invention discloses a construction process of a ventilation air conditioning system. The construction process comprises the steps of technical preparation, construction guarantee measure preparation, construction machine preparation, equipment material preparation, air pipe machining, water pipe machining, flange machining, air pipe / component and flange assembling, intermediate quality inspection / site acceptance, foundation inspection, equipment transportation, air / water pipe and component transportation, support and hanger manufacturing and mounting, equipment box opening inspection, equipment mounting, main pipe mounting, branch pipe mounting, equipment trial operation / single machine debugging, fan testing and adjustment, joint trial operation / system debugging, system acceptance, various records / file arrangement, completion drawing, completion acceptance and comprehensive efficiency measurement / adjustment. The construction process has the beneficial effects that the equipment mounting follows the mounting principle of 'large first and small second, inside first and outside second, and up first and down second', and the equipment can be mounted in order.

The invention discloses a photoelectric curtain wall mounting structure which comprises at least one upright column component and at least one photoelectric wallboard. Each upright column component comprises an upright column body and a mounting member, and each mounting member is connected to the corresponding upright column body; the mounting members are connected to transverse beams by angle steel; at least one connecting groove is formed in each mounting member; the photoelectric wallboards are fixed onto the upright column components by the connecting grooves; a wiring groove is formed in each upright column component; a cover plate covers each wiring groove, and a bridge-shaped member is mounted in each wiring groove and is used for arranging photoelectric wires in the wiring groove. The photoelectric curtain wall mounting structure has the advantages that the service safety of photoelectric circuits can be protected owing to the wiring grooves and can be mounted in an ordered manner; the stability of photoelectric curtain walls can be improved, the photoelectric curtain wall mounting structure is waterproof and damp-proof, and accordingly the service life of the photoelectric curtain wall mounting structure can be prolonged.

The invention discloses a fluid control device with a warning prompting structure for an endoscope. The fluid control device comprises a control box, a warning chamber, endoscopic camera tubes, sucking tubes and sampling bottles, wherein a display screen is mounted inside the control box, the warning chamber is arranged inside the control box through a baffle, a self-priming pump is mounted insidethe control box, an output end of the self-priming pump is connected with branched pipes through conveying pipes, openings of single ends of the branched pipes are connected with pressure regulatingplugs through threads, one sucking tube is mounted at one end of each pressure regulating plug through threads, an extraction piston and a one-way valve are mounted inside each sucking tube, the one-way valves are located at single sides of the extraction pistons, the sampling bottles are mounted at bottoms of the sucking tubes, and the endoscopic camera tubes are mounted inside the sucking tubesin a penetrated manner. According to the fluid control device, through arranging the warning chamber, warning prompting can be carried out through light emitted from a warning light after the suckingtubes of the device are connected mistakenly, operators can timely replace the sucking tubes conveniently, and correct sucking operation of the device is guaranteed.

The invention discloses a polishing device for production and machining of a brake camshaft. The polishing device comprises polishing rolls, a base and a camshaft body, wherein two ends of the polishing rolls are correspondingly and rotatably connected with connecting blocks; the two sides of the inner part of the base are correspondingly interconnected with the side edges of a frame body throughsliding rails; the inner side walls of the side edges of the frame body are interconnected with one ends of electric telescopic columns; the camshaft body is arranged above the base; the lower part ofthe camshaft body is mutually attached to supporting plates; the front surface of a mounting seat is bolted to a placing frame body; a pressure plate is installed under the inner part of the placingframe body; a built-in seat is arranged under the pressure plate; and placing grooves are formed in the upper part of the built-in seat. According to the polishing device for the production and machining of the brake camshaft, by arranging the placing frame body and the mounting seat which are of detachable structures, after a batch of camshaft bodies fixed in the placing frame body are polished,the placing frame body can be taken down directly, and thus the batch taking of the camshaft bodies can be facilitated.

The invention discloses an Internet of Things intelligent gas meter electromechanical valve gearbox gear set assembling system. The Internet of Things intelligent gas meter electromechanical valve gearbox gear set assembling system comprises a gearbox cover body conveying system; and the Internet of Things intelligent gas meter electromechanical valve gearbox gear set assembling system further comprises a gearbox cover body feeding system, a lower-layer gear assembling system and an upper-layer gear assembling system which are sequentially arranged in the gearbox cover body conveying direction. The gearbox cover body conveying system is used for automatically conveying gearbox cover bodies, the gearbox cover body conveying system is filled with the cover bodies through the gearbox cover body feeding system, and the lower-layer gear assembling system and the upper-layer gear assembling system are used for gear assembling of lower-layer gears and upper-layer gears correspondingly. After assembly, the lower-layer gears and the upper-layer gears are meshed with each other to form gearbox gear sets, the assembly cost is low, and the efficiency is high.

The invention discloses fully automatic production process of a puncture needle, comprising the following steps: step 1, mounting a needle head in a mating position of a needle post through an assembly device; step 2, carrying out glue injection by using a glue dispensing device at the matching part of the needle head and the needle column, and carrying out the drying working procedure; step 3, aligning the butterfly wing with the needle post to form a puncture needle; Step 4, enabling the assembled puncture needle to be ironed by a ironing device to mark the needle post with no color; 5, dispensing glue on that inner side of the puncture needle catheter aft the puncture needle catheter is cut, and aligning the puncture needle catheter and the needle column of the puncture needle head after the glue is dispensed; step 6, silicifying that needle head of the puncture needle main body, and blowing the silicified puncture needle main body through a blowing device; and step 7, assembling that accessories of the puncture needle body. The fully automatic production process of the puncture needle of the invention can improve the assembly efficiency and the quality of the puncture needle.

The invention relates to a tempered glass detection method, and a method for detecting glass by using a rack aureole camera shooting copper alloy V-shaped groove corner pressing plate. A rack lifting camera unit, a V-shaped chute corner leaning pincers component, a rack lifting camera unit and a movable aureole are arranged on an overall rack. As an improvement, the whole machine is assembled according to the following steps: (I) mounting a cullet recycling container; (II) placing the V-shaped chute corner leaning pincers component; (III) mounting, adjusting and fixing the movable aureole; (IV) mounting and fixing a cylinder impactor; and (V) mounting and fixing the rack lifting camera unit. A cullet test comprises the following steps: (I) horizontally adjusting and fastening a testing rotating platform; (II) fixing a trapezoid glass plate; (III) impacting and crushing the trapezoid glass plate; (IV) taking a picture of sample cullet; (V) cleaning the glass cullet; (VI) returning the rotating platform; and (VII) removing and transferring the glass cullet. The method is simple and convenient in operation step and well ordered in mounting procedure.

The application discloses an installation method for photovoltaic modules. The installation method comprises the following steps: S1, laying a slideway on the ground; S2, connecting a base of each photovoltaic module to the slideway in a sliding manner; S3, connecting two photovoltaic panels of each photovoltaic module with photovoltaic panels of adjacent photovoltaic modules through buckles; S4,installing drawers on the bases of the two adjacent photovoltaic modules. The application has the advantage that included angles between the photovoltaic panels and the ground in the installation method for multiple photovoltaic modules can be adjusted in a unified manner.

The invention discloses a rapid mounting method for a flexible transmission device of a large sintering machine. The rapid mounting method for the flexible transmission device of the large sintering machine comprises the following steps: (1) assembling a gear wheel of the flexible transmission device to a spindle; (2) assembling a tension ring of the flexible transmission device to a gap between the spindle and the gear wheel; (3) assembling a torsion bar of the flexible transmission device; (4) hoisting a left gear box and a right gear box which are respectively matched with two pinions of the flexible transmission device; (5) mounting a pull rod by which the left gear box is connected with the right gear box; and (6) mounting a pull and press rod by which the left gear box is connected with the torsion bar and a pull and press rod by which the right gear box is connected with the torsion bar. By the rapid mounting method for the flexible transmission device of the large sintering machine, various components of the flexible transmission device can be mounted orderly, and the assembling efficiency is improved.

The invention provides an intelligent leakage detecting device which comprises a shell assembly, a power supply, a signal processing module and a sensor. The power supply, the signal processing moduleand the sensor are fixed in the shell assembly. The shell assembly is sequentially provided with an independent sensor cavity, a signal processing module cavity and a power supply cavity from bottomto top and comprises a base, a sleeve, an upper cover, a clamping base and a baffle. The base and the upper cover are fixedly installed at the upper portion and the lower portion of the sleeve, the clamping base and the baffle are arranged in an airtight space formed by the base, the sleeve and the upper cover, and the peripheral outer contour faces of the clamping base and the baffle are attachedto the surface of the airtight space. A sensor cavity is formed in the base, the clamping base is arranged at the top of the sensor cavity, the signal processing module cavity is formed in the clamping base, and the baffle is arranged at the top of the clamping base and forms the power supply cavity with the upper cover. By adopting the technical scheme, parts in the leakage detecting device aremore orderly to install, interference and collision are effectively avoided, and the damage rate and maintenance cost of products are reduced.

The invention discloses a wind-shielding device used in an ancient building gallery bridge and an installation method thereof. The device comprises a house body, a wall of the house body is provided with a window body framework, the top of the window body framework is provided with a rotation shaft, the rotation shaft is provided with a wind-shielding plate, and the wind-shielding plate is provided with a wind-shielding mechanism. The installation method comprises the first step of wall processing, the second step of installation of the wind-shielding plate; the third step of installation of a driving device and a wire collection device; the fourth step of installation of a guide device; the fifth step of installation of a vertical sliding device; the sixth step of installation of a support device. The wind-shielding device is simple in structure, high in automated degree, good in structural stability, excellent in flexibility and good in wind-shielding and rain-shielding effect. The installation method is reasonable in design, convenient in installation, high in installation efficiency, good in installation effect and ordered in installation, reduces errors in every construction link, controls the installation cost, and is worth large-scale application and popularization.

The invention relates to the technical field of computer display screen circuit board installation and particularly discloses a connecting structure of a display circuit board in a computer display screen. The connecting structure of the display circuit board in the computer display screen comprises a circuit board; a display screen is connected to one side of the circuit board; the other side ofthe circuit board is connected with a shell; a base plate is arranged between the circuit board and the shell; the circuit board is provided with a pair of positioning holes in bilateral symmetry; four corners of the circuit board are provided with fixing holes; and the middle of the circuit board is provided with a display circuit. The connecting structure of a display circuit board in a computerdisplay screen has the beneficial effects that ordered installation of all connecting wires is realized through the cooperation of a limiting plate, a fixed block and a guide plate, convenient detection of a circuit is realized through the cooperation of a conductive columns and jacks, and the fault maintenance efficiency is greatly improved; through cooperation between the base plate and the stand column, fixed installation of the circuit board is achieved, meanwhile, by means of a rubber cushion block and a connecting rod, buffering of the installation position of the circuit board is achieved in the environment or when a machine vibrates, and the installation stability of the circuit board is improved.

The invention discloses a residue separating device for a dish washing machine and a mounting method of the residue separating device. The residue separating device for the dish washing machine comprises a separating pipe, a water passing pipe, a connecting pipe and a top cover, wherein the connecting pipe is mounted in the separating pipe; the separating pipe is connected with the water passing pipe; the separating pipe is mounted in the water passing pipe; the connecting pipe is connected with a top cover; a separating mechanism is mounted inside the connecting pipe; the separating mechanismrotates in the separating pipe; a drain pipe is arranged at the bottom of the water passing pipe; a residue inlet is formed in the top cover; a connecting rod is arranged below the separating mechanism; and the connecting rod is connected with the bottom of the water passing pipe. The mounting method comprises the following steps: 1) mounting the separating mechanism; 2) mounting the connecting pipe and the separating pipe; 3) mounting the connecting pipe and the top cover; and 4) mounting the water passing pipe and the separating pipe. According to the residue separating device, the problemthat a pipeline is blocked due to the fact that food residues are easily carried in the process of discharging sewage by an existing dish washing machine is solved.

The invention relates to a novel intelligent control box. The novel intelligent control box is a rectangular stainless steel box body; a lightning-proof socket and a fan are fixed at the inner side of the top of the box body, wherein, the fan is a device for maintaining constant temperature inside the box body; the box body is internally fixed with an auto-reclosing mounting rail, a PDU (power distribution unit), an optical fiber box and an earth tag; a door magnetic controller is arranged outside the box body and is used for opening the box body and triggering an alarm signal so as to play favorable roles in caution and theft prevention; and an air outlet is arranged on the bottom of the box body. The novel intelligent control box has a simple structure; and cables and equipment in the box are orderly mounted and stacked so as to facilitate the later-stage use and maintenance, thus great popularization and application values.

The invention discloses a dismounting and replacing device for a drill pipe coupling or joint, and relates to the technical field of drill pipe dismounting and replacing. The dismounting and replacingdevice comprises a base, wherein a notch and a limiting plate are arranged at the front end of the base; a door-shaped frame and a lifting device are fixed on the upper surface of the base; a first clamping device is arranged on one side of the top of the door-shaped frame in a sliding fit mode; a feeding device is fixed in the middle of the door-shaped frame, and a second clamping device is fixed at the end part of the feeding device; a fixing seat is arranged at the top end of the lifting device; and the second clamping device comprises two side strips which are oppositely arranged on the two sides of a transverse plate, and the opposite inner sides of the top ends of the two side strips are fixedly connected with clamping frames through first telescopic rods. According to the dismounting and replacing device, a drill pipe and the drill pipe coupling are sequentially fixed through the fixing seat and the second clamping device, the drill pipe coupling is disassembled step by step, the drill pipe coupling is installed through the cooperation of the feeding device and the second clamping device, the dismounting and replacing speed of the drill pipe coupling is increased, and the working efficiency of a drilling machine is guaranteed.

The invention discloses an intensive bus duct. The intensive bus duct comprises a U-shaped shell, a clamping plate and a heat dissipation structure, wherein the interior of the shell is divided into asecond installation area and a first installation area by a transverse partition plate up and down; the interior of the first installation area is uniformly divided into busbar installation grooves by a first vertical partition plate, and arc-shaped clamping pieces are correspondingly arranged on the left side walls and the right side walls of the busbar installation grooves; the second installation area is divided into busbar placement cavities through a second vertical partition plate; sliding grooves are correspondingly formed in the second vertical partition plate on the left side and theinner side wall of the shell; the two sides of the clamping plate are clamped between the sliding grooves in a sliding mode through sliding blocks; a mounting groove is formed in the surface of the clamping plate; the heat dissipation structure comprises a bottom through groove, an upper through groove, a side edge through groove and air inlet holes; and the bottom through groove is formed in themiddle part of the bottom plate of the shell. According to the intensive bus duct, busbars can be placed in a partition mode, the mounting modes are relatively more, the heat dissipation effect is relatively high, and the use is convenient.