61results about How to "Reduced manufacturing and installation costs" patented technology

The invention relates to a hydraulic self-moving steel mould trolley and a construction method of the hydraulic self-moving steel mould trolley. The hydraulic self-moving steel mould trolley is used for full-section circular tunnel concrete lining construction. The hydraulic self-moving steel mould trolley comprises a trolley moving device, a trolley structural frame, a steel structure combination formwork and a hydraulic control device, the trolley structural frame is arranged on the trolley moving device, the trolley structural frame is movably connected with the trolley moving device, the steel structure combination formwork is arranged in the trolley structural frame, the steel structure combination formwork is hinged to the trolley structural frame, and the hydraulic control device is used for controlling the hydraulic self-moving type steel mould trolley. The hydraulic self-moving steel mould trolley is simple in structure, convenient to install, strong in adaptability and capable of carrying out demoulding on concrete at the bottom of the tunnel at first and repairing concrete construction defects in time.

The invention discloses an exhaust noise reduction system of a separated exhaust type turbofan engine, and belongs to the technical field of design of aero-engine exhaust systems and exhaust noise reduction. The exhaust noise reduction system is characterized by being composed of an outer culvert outer wall face (1), outer culvert whirlcones (2), an outer culvert inner wall face (3), inner culvert whirlcones (4), an exhaust rectification inner cone (5), outer culvert exhaust inlets (6), inner culvert exhaust inlets (7), outer culvert exhaust outlets (8), inner culvert exhaust outlets (9) and inner culvert outer wall faces (10). The exhaust noise reduction system is simple in structure and small in influence on engine exhaust performance.

[Object]

To provide a heliostat which is capable of collecting light with high efficiency and whose manufacturing cost and installation cost are reduced and also to provide a method of controlling the heliostat.

Provided is a method which can change the carrying current section of the power line to increase the line loss to cause the wire heat and reach the aim of ice melting through a switch in operation, wherein the wire is divided into three layers of A, B, D, and the insulating layer C is used to divide the A, B and D; the switch K arranged on the insulator string is used to switch the carrying current section of the power line. The key to realize the technical method is to provide a ice melting overhead power line and a diverter switch.

A method to produce labyrinth, the procedures are as following: Install a plurality of comb (2) on the base(5) and / or the rotating parts (1), form expansive cavity (4 )between the adjacent combs(2), cling each point of the comb(2) to the rotating parts (1) and / or the surface of the base (5)respectively when installing , there're wearable material on the surfaces of point and the surface of the rotating parts (1)and/or base(5) which adhere to the point, burnish and cut point of the comb(2) into throttle backlash(3) by the rotational rotating parts (1). Since the throttle backlash comes from burnishing and cutting of the rotational rotating parts, it is much more qualified for seal, and can reduce the leakage of the sealing system. It attempts to provide us a method to produce labyrinth with low cost of production and installation, long life of labyrinth, less leakage of sealing system, also it's easy and convenient to debug.

The invention relates to a multi-core plastic optical fiber connector system which comprises multiple multi-core plastic optical fiber receiving and dispatching module, multi-core plastic optical fibers and a multi-core plastic optical fiber port switch, and each multi-core plastic optical fiber receiving and dispatching module is connected with the multi-core plastic optical fiber port switch through one corresponding multi-core plastic optical fiber to form a star-like structure, wherein the multi-core plastic optical fibers are plastic optical fibers including multiple fiber cores, and a multi-core plastic optical fiber port comprises the built-in multi-core plastic optical fiber receiving and dispatching module. The multi-core plastic optical fiber connector system solves the problems that an existing access network is prone to being interfered by electromagnetism and cost is high and an all-optical transmission network is obtained.

The invention discloses a connecting plate type barrier-free bus door driven by a rod-free cylinder. The connecting plate type barrier-free bus door driven by a rod free cylinder comprises a connecting plate set, an air general control system, a connecting plate rod-free cylinder, a connecting plate rod-free cylinder, a bus front door cylinder and a bus rear door cylinder, wherein the connecting plate set is arranged on the lower portion of a bus rear door floor. The air general control system comprises a front door air control system, a rear door air control system, a connecting plate air control system and an air source general road system, wherein the air source general road system is used for providing pressure source for the front door air control system, rear door air control systemand connecting plate air control system. Two smooth supporting rods are arranged on the lower portion of the bus rear door floor, wherein the two smooth supporting rods are fixedly arranged in parallel, and the two smooth supporting rods are used for supporting the connecting plate set and providing guiding support for the sliding of the connecting plate set. The connecting plate rod-free cylinderis arranged between the two smooth supporting rods. The connecting plate rod-free cylinder comprises a rod-free cylinder guiding rod and a rod-free cylinder sliding platform, wherein the rod-free cylinder guiding rod is fixedly arranged, and the rod-free cylinder sliding platform works on the rod-free cylinder guiding rod to drive the connecting plate set to extend from the bus rear door floor toconnect with a bus platform to achieve the barrier-free accessibility.

The invention relates to the technical field of industrial flue waste gas purification treatment, and relates to a semi-dry ammonia desulfurization process for coke oven flue gas. A flue gas pipelineis adopted, an auxiliary steel structure is mounted on the outer wall of the flue gas pipeline through welding and bolt connection; a dust removal station system and an ammonia escape control system are connected to the bottom outer wall, close to one end, of the flue gas pipeline through welding and bolts; the flue gas pipeline is communicated with the dust removal station system and the ammoniaescape control system, and semi-dry ammonia desulfurization systems are installed on the side, close to the ammonia escape control system, of the outer wall of the top of the flue gas pipeline and theside, close to the ammonia escape control system, of the auxiliary steel structure through welding and bolts. The semi-dry ammonia desulphurization process has the beneficial effects that the flue gas pipeline is used as a desulfurization reactor, a desulfurization tower is not needed, the desulfurization tower manufacturing and mounting cost is saved, no waste liquid is generated, and the byproduct is mainly solid ammonium sulfate and can be sold as a chemical raw material.

The invention discloses a liquid material accurate weighing device, a liquid supply system and a concrete stirring station. On the one hand, as the inner diameter of a second liquid outlet pipe is smaller than that of a first liquid outlet pipe, the first liquid outlet pipe can be firstly used for carrying out rough weighing and rapid liquid supply on a liquid storage weighing hopper. When the weight or volume of the liquid in the liquid storage weighing hopper reaches a preset value, the second liquid outlet pipe is used for carrying out accurate weighing and slow supply on the liquid storage weighing hopper until the needed value is reached. The phenomenon that as the inner diameter of the first liquid outlet pipe is large, the flow speed of the liquid is high, timely control is difficult, and the liquid material flowing into the liquid storage weighing hopper exceeds the needed value is avoided, and the accuracy of liquid supply is further improved. On the other hand, in the accurate weighing stage, slow liquid material supply is carried out on the liquid storage weighing hopper through the liquid material left in a liquid inlet pipe and a tee joint pipe fitting. At that time, the liquid inlet pipe and the tee joint pipe fitting are equivalent to a liquid material storage unit. The liquid inlet pipe and the tee joint pipe fitting can be manufactured independently or adopt standard pipelines and pipe fittings, and the cost is lowered.

The invention provides a tapping machine and belongs to the field of processing machine tools. The tapping machine comprises a tapping machine body and at least two transferring mechanisms, wherein the bottom of the tapping machine body is a base; grooves are formed in the two sides of the bottom of the base; first blind holes corresponding to the grooves are formed in the top of the base; each transferring mechanism comprises a lifting part, two fixing parts and at least two travelling parts; U-shaped through grooves and embedded through grooves are formed in the fixing parts; a bulge is arranged in one side wall of each U-shaped through groove and a through hole is formed in the other side wall of each U-shaped through groove; rod pieces are arranged in the through holes in a penetrating manner; gears are rotationally arranged on the side walls of the embedded through grooves; each lifting part comprises a fixing plate; the left end and the right end of each fixing plate are respectively embedded into the embedded through grooves of the two corresponding fixing parts; a rack is vertically arranged on one side of each fixing plate; and the racks are meshed with the gears. By mounting the transferring mechanisms on the tapping machine body and rotating a control handle, the tapping machine body is separated from the ground and the travelling parts are in contact with the ground, so that the tapping machine can move anytime anywhere.

A shaft locating mechanism is characterized in that a shaft is arranged in a hole in a locating body, long grooves which are evenly distributed in a radial circumference mode are arranged on the periphery of the hole in the locating body, an arch-shaped spring piece is arranged in each long groove, the arch-shaped spring piece is in an arch shape, the arch back of the arch-shaped spring piece is higher than the outside of each long groove on a free state, a pressing plate is fixedly arranged on the outer side of the hole in the locating body through a bolt, and the pressing plate tends to extrude the arch back of the arch-shaped spring piece. The shaft locating mechanism has the advantages of being simple in technique, and low in manufacturing and mounting cost, raw materials are saved, assembling and disassembling are quick and convenient.

The invention discloses a touch recognition method. The touch recognition method comprises the following steps that a touchpad comprises a touch area; a touch signal is detected in a touch area, so that the touch area is divided into a plurality of control areas, wherein the touchpad is in signal connection with the controller; and the touch area or the control area is used for acquiring and transmitting a control signal to the controller. By means of the technical scheme, touch recognition of regional control of the button-free touch device can be achieved, and therefore the technical purposes that touch operation is easier and more convenient, and user operation efficiency is improved are achieved.

A multi-core plastic optical fiber port device comprises a switch chip 30, three physical-layer chips 311, 312 and 313, three multi-core plastic optical fiber receiving and dispatching modules 321, 322 and 323 and a power management module 33. The three physical-layer chips 311, 312 and 313 and the power management module 33 are directly connected with the switch chip 30, and the three multi-core plastic optical fiber receiving and dispatching modules 321, 322 and 323 are correspondingly connected with the physical-layer chips 311, 312 and 313 respectively.

The invention provides an automotive xenon headlamp stabilizer. Starting ignition circuit (IV) has first FBT (1) and second FBT (2), fourth point (P) of double-bridge inverter circuit (III) simultaneous connects with secondary side coils of first FBT (1) and second FBT (2) in starting ignition circuit. Two FBT is installed in the stabilizer, can start two xenon bulbs respectively and make the bulbs working alternately. The stabilizer function is played at maximum efficiency, manufacturing installing cost is reduced and installing space is saved.

The invention provides a threading machine and belongs to the field of machine tools. The threading machine comprises a treading machine body and at least two transferring mechanisms, wherein a base is arranged at the bottom of the threading machine body; grooves are formed in the two sides of the bottom of the base; first blind holes corresponding to the grooves are formed in top of the base; each transferring mechanism comprises a lifting part, two fixing parts and at least two walking parts; a U-shaped groove and an embedded groove are formed in each fixing part; a lug is arranged at the interior of one side wall of the U-shaped groove; a through hole is formed in the other side wall of the U-shaped groove; a rod penetrates through the through hole; gears are rotatably arranged on the side wall of each embedded groove; the lifting part comprises a fixing plate; the left end and the right end of the fixing plate are respectively embedded into the embedded grooves of the two fixing parts; a rack is vertically arranged on one side of the fixing plate and is meshed with the gears. Through the threading machine, the transferring mechanisms are mounted on the threading machine body and a control handle is rotated, so that the threading machine body can get off the ground; the walking parts touch the ground; the position can be transferred at anytime and anywhere.

The invention relates to a driving device for an external high temperature elevator. A top frame is arranged at the top end of an upright column and a transitional sprocket is arranged on the top frame. The driving device is characterized in that a sliding frame and a counterweight device thereof are connected with the upright column in a sliding manner; two ends of an upper chain are respectively and fixedly connected with the sliding frame and the counterweight device; the middle section of the upper chain is wound on the transitional sprocket and meshed therewith; a driven sprocket is fixedly arranged on the upright column; two ends of a lower chain are respectively and fixedly connected with the sliding frame and the counterweight device; the middle section of the lower chain is wound on the driven sprocket and meshed therewith; the driven sprocket is meshed with a driving sprocket through a driving chain; and an output shaft of the driving device is connected with the driving sprocket. In the invention, all motors are mounted in a chamber externally-arranged way, so that the motors can satisfy the requirements by adopting ordinary motors. Therefore, not only the production cost and the installation cost are greatly reduced, but also the production efficiency is improved and the failure rate of the equipment is greatly reduced.

The invention discloses an integrated fixed bed gasifier for chilling and deslagging molten slags. The integrated fixed bed gasifier is provided with a high-pressure-resistant shell with an integral structure; an inner cavity of the high-pressure-resistant shell is sequentially divided into a raw material gasifying area, a liquid-state molten slag area and a molten slag chilling area from top to bottom; the raw material gasifying area is provided with a refractory matter layer and a water-cooling jacket, so that a normal operation condition of the raw material gasifying area is maintained, andraw materials are gasified to produce a crude synthesis gas; the liquid-state molten slag area is provided with a funnel-shaped refractory water-cooling enclosure bulkhead, and is used for collectingliquid-state molten slags produced in the raw material gasifying area; a molten slag discharging ring sleeve is arranged at a bottom molten slag outlet part of the refractory water-cooling enclosurebulkhead, and a molten slag discharging control device is arranged in an inner cavity of the molten slag discharging ring sleeve, so that the molten slags are conveniently adjusted to be downwards discharged continuously or discontinuously; a furnace slag outlet used for discharging the chilled furnace slags and connected with an external slag locker in a sealing way is formed in the bottom part of the molten slag chilling area. The gasifier has the characteristics of high inner cavity volume utilization ratio, capability of avoiding high pressure gas leakage, high molten slag chilling efficiency and the like.

The present invention discloses a cement high-temperature grog cooler, which comprises a shell (1) and a grog bed (2), wherein, the shell (1) is covered on the grog bed (2); one end of the shell is provided with a feeding port and the other end is provided with a discharging port; the grog bed (2) is supported on a bed body (3). The present invention is characterized in that the grog bed (2) is provided with at least one rolling-harrow-typed grog propeller (4) that pushes the high-temperature grog from the feeding end to the discharging end. The present invention has the advantages of simple structure and convenient manufacture and installation.