584results about How to "Reduce the amount of construction" patented technology

A thermodynamic machine for the absorption and emission of heat at different temperatures has at least one thermodynamic device with at least one membrane separating a gas phase and a liquid phase provided for transport of heat, wherein the at least one membrane is permeable for at least one component contained in the gas and liquid phases. The at least one membrane is a porous membrane or a solution diffusion membrane or a modification of the porous membrane or a modification of the solution diffusion membrane.

The invention relates to an adjustable elastic pipeline support and hanger with a limiting function, and belongs to the technical field of vibration noise control. The support and hanger comprises a composite hoop, a backing board, a cushion block, an intermediate block, a bidirectional threaded sleeve, a locknut, an elastic rubber layer, a sleeve and a base, wherein an external pipeline is fixed through the composite hoop, the cushion block and the backing board; two ends of the bidirectional threaded sleeve are in threaded connection with the backing board and the intermediate block respectively, height adjustment of the support and hanger is realized by adjusting the bidirectional threaded sleeve, and the adjusting range is controllable and accurate; the intermediate block is in support transmission with the sleeve and the base through the elastic rubber layer, and elastic vibration isolation is realized through reasonable design of the elastic rubber layer. The adjustable elastic pipeline support and hanger is reasonable in structural design, compact in structure and convenient to mount and has larger mounting advantages under the condition of arrangement with high space requirement.

The invention relates to an adjusting method and a system of a river channel flowing field in a fishway inlet. The system comprises a shunt wall; the horizontal section of the shunt wall is a strip with longitudinal axis as a straight line; a certain angle is formed between the longitudinal axis of the shunt wall and the flowing direction of a river channel; a certain distance is kept from a starting end of the shun wall to a river bank provided with the fishway inlet; and the height of the shunt wall is from the water bottom to above the water surface. A flowing field adjusting facility is adopted to divide a water current flowing field in the fishway inlet into an outer side flowing field and an inner side flowing field; a flowing field suitable for migratory fishes is generated on the inner side flowing field; meanwhile, the outer side flowing field is prevented from disturbing the inner side flowing field; and a high-flowing-speed belt in a shunt inlet is used for stopping the fishes from crossing over the fishway inlet. The system uses the river water current power for adjusting the flowing fields, effectively adjusts local flowing fields of the river channel, is suitable for migration gathering of target fishes, and provides convenience for arrangement of the fishway inlet. The flowing field adjusting system is simple in structure, is low in construction amount, needs no more maintenance, is economical, and is suitable for various hydraulic projects.

Disclosed are a non-dismantling die cast-in-place lightweight thermal insulation wall formboard, a thermal insulation wall and a construction method thereof. The formboard comprises an inner formboard unit, an outer formboard unit and opposite-drawing connectors connecting the formboard units; the inner formboard unit comprises a formboard frame, steel bar grid frames connected between inner circles of the formboard frame, steel bar clamps connected to the cross points of the steel bars of the steel bar grid frames and a formboard core filling the inner side of the formboard frame; the inner formboard unit and the outer formboard unit are the same in structure and are connected at two ends of the opposite-drawing connector symmetrically; the steel bar clamps of the inner formboard unit and outer formboard unit are corresponded horizontally and are connected through the opposite-drawing connectors. The thermal insulation wall is simple in structure, by means of the double-layer wall formboard, the wall thickness consistence is guaranteed, the strength performance requirements are met, the thermal insulation wall is convenient to construct, the matching bar, core column and tie beam arrangement procedures are omitted, construction cost is lowered, constructing efficiency is improved, and the formboard can widely applied to wall construction.

The application relates to a water treatment project monitoring system based on a wireless sensor network. As present sewage treatment equipment has limited processing ability to use PLC data and a slow running speed, further improvement in system performance is restricted. The system comprises a central control system (2), which is connected with a group of wireless sensor network nodes (1) and comprises an industrial personal computer (6). The industrial personal computer (6) is connected with a wireless sensor master station (7). The wireless sensor network node comprises a data collecting module (3) which is connected with a data processing and controlling module (4). The data processing and controlling module is connected with a communication module (5). The system is used for monitoring the system of the sewage treatment equipment.

The invention provides a suspension bridge rock mass and reinforced concrete plate composited type anchorage and a construction method thereof. The construction method comprises the steps that 1, the composited type anchorage is located on one side or the two sides of a suspension bridge, a front anchor chamber is excavated on the side slope side of a mountain, a worker enters the mountain through a construction hole with a small cross section to excavate a back anchor chamber, and rock masses between the front anchor chamber and the back anchor chamber are reserved to replace a reinforced concrete anchor plug; 2, hole sites are quincuncially arranged in the front anchor surface and the back anchor surface, and anchor cable holes are drilled from the front anchor surface to the back anchor chamber; 3, a reinforced concrete anchor plate is poured in the back anchor chamber, and anchor holes are reserved; 4, anchor cables penetrate through the reserved rock masses and the reinforced concrete anchor plate to the back anchor chamber through the anchor cable holes from the front anchor chamber and are anchored; and 5, a main cable is connected with the anchor cables through a cable splaying saddle. According to the suspension bridge rock mass and reinforced concrete plate composited type anchorage and the construction method thereof, the resistance of the rock masses is made full use of, excavation of large-size earth rock is avoided, construction of large-size concrete is reduced, the influence on the bridge area ecological environment is small, the construction cost of the composited type anchorage is significantly reduced compared with a tunnel type anchorage, and economic benefits are great.

The invention relates to a super-large-diameter coal seam drilling pipe insertion goaf gas extraction technology. The technology is characterized by the steps that a measure roadway is constructed behind protection coal pillars reserved on the side of a gas return roadway, a scraper conveyor is arranged on the measure roadway, multiple large-diameter drill holes are drilled from the protection coal pillars reserved in a coal seam to the corners of the gas return roadway through the measure roadway and a large-diameter spiral drilling machine, a drill hole casing pipe is inserted into each large-diameter drill hole, the drill hole casing pipes are connected with an extraction pipeline, and then gas extraction is conducted on the casing pipe; the measure roadway is set to be a gas inlet roadway of a next stoping face after being used, one roadway is used for two purposes, the construction amount of the protection coal pillar roadway is reduced, a roadway flow and a connection roadway are omitted, no collapse hole can occur due to usage of the drill hole casing pipes, a part of the drill hole casing pipes can be recycled and reused, and it is guaranteed that the gas dose not leak; meanwhile, investment is saved, management is easy, the extraction effect is improved, and complete mechanization of the whole coal mining engineering process and auxiliary process is achieved.

The invention discloses a hydraulically-driven roadblock machine, which comprises a base, a cover plate and a hydraulic driving device. The cover plate is installed on the base. The hydraulic driving device is coupled on the cover plate and comprises a hydraulic source, a transmission mechanism, a rolling shaft, an inclined block, a cover plate supporting rod and an elastic piece. One end of the cover plate is fixedly hinged on the base. The hydraulic source is coupled to the rolling shaft through the transmission mechanism. The rolling shaft is arranged in a way that the rolling shaft can be driven by the transmission mechanism and can roll on the inclined block to move up, wherein the upwards moving direction faces towards one side of the fixed end of the cover plate. The elastic piece is arranged in a way that the elastic piece can transmit force to the rolling shaft to enable the rolling shaft to be restored downwards along the inclined block when the hydraulic source is turned off. The first end of the cover plate supporting rod is hinged on the rolling shaft. The second end of the cover plate supporting rod is hinged on the internal side of the cover plate. The hydraulically-driven roadblock machine provided by the invention ahs the advantages of compact and ingenious structure, small size, light weight, small thickness and wide application scope.

The invention relates to a screen window of a casement window, in particular to an external type vertical pulling invisible screen window of the casement window, which is low in cost and simple to produce, enables a window screen to be fully arranged inside a window frame and has a unique cross section. The external type vertical pulling invisible screen window of the casement window comprises the window frame fixedly connected with the wall, a casement window sash fixed in the window frame and a roller shutter screen window, wherein the roller shutter screen window is installed outside the window frame and composed of a screen box (4) and the window screen (5). The invisible screen window further comprises a connecting sectional bar (1) connected with the window frame and the roller shutter screen window. The connecting sectional bar (1) is composed of a window frame connecting sectional bar (101) and a screen window connecting sectional bar (102) which are symmetrically arranged, wherein the window frame connecting sectional bar (101) is connected with the window frame and the window sash, and the screen window connecting sectional bar (102) is connected with the window frame and the roller shutter screen window. A recessed semi-sealed installing cavity (103) for installing the screen box (4) in concealing mode is arranged at the position of the screen window connecting sectional bar (102) connected with the screen box (4) so as to enable the window screen (5) to be fully arranged in the window frame after unfolding. The external type vertical pulling invisible screen window of the casement window is reasonable in design, simple in structure and convenient to construct, and achieves invisibility.

The invention discloses a method and system for lane vehicle speed detection and data fusion based on an electronic toll collection system and an active positioning system. According to the method and system, the active positioning technology is utilized for obtaining true real-time position information of vehicles in electronic tags and position interval time so that the vehicle speed can be calculated more accurately; besides, data fusion is conducted on various obtained vehicle speeds, multiple calculated vehicle speeds can be fused and processed, so that calculation accuracy is improved, a wrong vehicle speed is removed, and the lane vehicle speed is detected accurately. For a new electronic toll collection system lane, a ground sensing coil, a video camera and other additional facilities are not needed, the vehicle speed can be measured highly accurately as long as a road side unit of the electronic toll collection system is arranged, and therefore the construction quantity and equipment cost are reduced.