106 results about "Energy efficient architecture" patented technology

The invention belongs to the technical field of photovoltaic equipment, and provides a roof adjustable photovoltaic module for an energy-saving building, which comprises an outer shell, the top of the outer shell is open, a lifting platform is arranged in the outer shell through a lifting assembly, an inclined frame is arranged at the top of the lifting platform through a rotary table, and a plurality of photovoltaic panels are rotatably connected in the inclined frame. A horizontal sliding assembly is arranged at the top of the rotary table and hinged to one edge of the inclined frame, and a pitching adjusting assembly is further arranged between the rotary table and the side wall of the inclined frame. And the control assembly comprises a control unit arranged in the outer shell and a sunlight tracking sensing device arranged on the inclined frame. The problem of projection shielding between the photovoltaic modules can be reduced, and meanwhile the capability of resisting severe weather such as strong wind can be improved.

This invention discloses a lithium slag dealkalization treatment agent and a method for the resource utilization of lithium slag in building materials, comprising the following raw materials in parts by weight: 50-80 parts sodium hydroxide, 30-50 parts water glass, 5-15 parts polycarboxylate superplasticizer, and 10-20 parts calcium carbonate. This invention has the advantage of being environmentally friendly and solves the problems of existing lithium slag resource utilization methods, such as the inconvenience of preparing high-strength, high-insulation building materials from waste lithium slag, insufficient strength of lithium slag building materials making them unsuitable for load-bearing structures or high-load scenarios, limiting their use to low-strength filler materials or non-structural components, significantly reducing their economic value, and poor insulation performance failing to meet energy-saving building standards, resulting in a lack of competitiveness in scenarios requiring thermal insulation such as walls or roofs.

The utility model discloses a low-carbon energy-saving building waterproof structure which comprises a wall body and a leveling layer arranged on the surface of the wall body, a heat preservation layer, an inner waterproof layer, a waterproof plate, an outer waterproof layer and a decoration layer are sequentially arranged on the outer side of the leveling layer, the heat preservation layer is of an up-and-down multi-layer structure, and a supporting plate is arranged between every two adjacent heat preservation layers. Each heat preservation layer comprises a plurality of heat preservation blocks which are sequentially arranged side by side, a cavity of each heat preservation block is divided into three cavities through two vertical plates, a plurality of ventilation holes are evenly distributed in the vertical plates, the cavities on the two sides are ventilation cavities, the cavity in the middle is a heat preservation cavity, the heat preservation cavities are filled with heat preservation materials, and upper air holes are formed in the bottoms of the ventilation cavities. A communicating hole communicated with the upper air hole is formed in the supporting plate, a rain blocking outer edge is arranged on the top of the wall body, an air collecting cavity is formed between the rain blocking outer edge and the top of the heat preservation layer, and an exhaust port is formed in one side of the air collecting cavity. In conclusion, the device has the advantages of being convenient to operate, high in installation efficiency and capable of effectively discharging moisture.

The application discloses an eccentric strip-penetrating broken bridge aluminum alloy window and relates to the technical field of aluminum alloy windows. The window comprises a frame, a sash, a compression strip and glass. The frame is 45-degree spliced through corner codes to form independent fixed window units and opening sash units. The wide side of the frame of the fixed window unit faces the outdoor, and the glass is installed in the frame and spliced and crimped and fixed with the narrow side of the frame from the indoor side. The glass is installed in the sash and spliced in the indoor side of the frame of the opening sash unit. The sash and the frame form a seal through a sealing rubber strip when closed. The strip-penetrating frames of the fixed window units and the opening sash units are installed close to the wide side, the wide side of the frame of the fixed window unit faces the outdoor, the wide side of the frame of the opening sash unit faces the indoor, and an eccentric structure is formed in staggered distribution. The structure can reduce the material consumption of the components used for window construction, simplify the assembly process, improve the flexibility of transportation and on-site installation, has good air tightness and water tightness, and is suitable for the door and window system of green energy-saving buildings.

The application discloses energy-saving building door and window with adjustable heat insulation strength and a using method thereof, and relates to the technical field of doors and windows. The energy-saving building door and window comprises a movable frame, an air cavity wall is arranged around the middle part of the inner side of the movable frame, and a hollow cavity is arranged around the inside of the movable frame. A heat insulation assembly is arranged on the top chamber of the hollow cavity, a liquid supply assembly is arranged between the bottom of the hollow cavity and the heat insulation assembly, and a positioning assembly is arranged on the top wall of the air cavity wall. The heat insulation assembly comprises a reel and two symmetrically arranged traction rods. A heat insulation plate is wound on the reel. The bottom end of the heat insulation plate is provided with a base. The two ends of the base are both provided with sliding blocks which are in sliding fit with the side walls of the air cavity wall. The bottom of the sliding block is provided with a traction rope. The application can adaptively adjust the heat insulation strength according to the indoor and outdoor temperature changes, and can differentially adjust the heat insulation area of the door and window according to the outdoor light angle, so that the heat insulation efficiency is improved.

The invention relates to the field of tungsten-based alloy target material preparation, in particular to a tungsten-based multi-component alloy target material containing a W3Ni17 specific phase and a preparation method, the target material contains the W3Ni17 specific phase and auxiliary phases such as a W phase and Ni3Ta phase, W powder and Ni powder serve as basic powder, and Cr / Ta / Si powder serves as optional auxiliary powder; the preparation method comprises the steps of multi-step segmented argon protection mixing according to a specific phase atomic ratio, alloying purification, cold isostatic pressing multi-section pressure relief forming, multi-section heating hydrogen protection sintering and the like. According to the design, the problems that a conventional target material cannot form a specific functional phase, elements are segregated, the density is insufficient, and light modulation efficiency and cycling stability are difficult to consider are solved, the density of the prepared target material is larger than or equal to 96%, the average crystal grain is smaller than or equal to 50 micrometers, the W3Ni17 phase accounts for 40%-85%, and the target material is suitable for preparation of a large-area electrochromic film and meets the requirements of the fields of energy-saving buildings, automobiles and the like.

The utility model provides a sandwich thermal insulation wall body connecting piece and a sandwich thermal insulation wall body, the sandwich thermal insulation wall body connecting piece comprises a connecting rod which is a fiber reinforced composite material connecting rod; the positioning plate sleeves the connecting rod, and the inner side of the positioning plate is matched with the connecting rod; the rib ring sleeves the connecting rod, and the inner side of the rib ring is matched with the connecting rod; and the lantern ring is sleeved on the connecting rod, the inner side of the lantern ring is matched with the connecting rod, and the lantern ring is fixed between the positioning plate and the rib ring through glue. The sandwich thermal insulation wall body comprises an outer prefabricated concrete plate, a thermal insulation layer, an inner prefabricated concrete plate and the sandwich thermal insulation wall body connecting piece which are sequentially arranged from outside to inside in the thickness direction of the wall body. The two-way shear bearing capacity of the sandwich heat preservation wall body connecting piece is different, the sandwich heat preservation wall body connecting piece can be evenly arranged in two-way plates with different two-way design loads, installation is convenient and fast, and the sandwich heat preservation wall body connecting piece has wide application prospects in energy-saving buildings.

The present application relates to the field of organic electrochromic materials, and particularly relates to a transparent conductive material, a preparation method and application. The transparent conductive material simultaneously introduces two independent carbonyl groups in a molecular main chain, and realizes accurate coordination of energy level, polarity and charge transport performance through differential regulation of oxygen or nitrogen atoms. The polymer can be used as an ion storage layer, an electrode modification layer or an active functional layer in an electrochromic device, can realize fast reversible optical modulation at a low voltage (±1.0 V), has a high optical contrast (ΔT 550 > 65%), a short response time (<2 s) and excellent cycle stability (more than 3×10 4 times of cycles, a retention rate >95%), and has a wide application prospect in the fields of intelligent display, energy-saving buildings and flexible electronics.

The invention relates to the field of organic electrochromic materials, in particular to a transparent conductive material, a preparation method and application. According to the transparent conductive material, two independent carbonyl groups are introduced into a molecular main chain at the same time, accurate synergy of energy level, polarity and charge transfer performance is achieved through differential regulation and control of oxygen or nitrogen atoms, the polymer can be used as an ion storage layer, an electrode modification layer or an active functional layer in an electrochromic device, and the electrochromic device has a wide application prospect. The material can realize rapid and reversible optical modulation under a low voltage (+ / -1.0 V), has high optical contrast ([delta] T550gt, 65%), short response time (lt, 2s) and excellent cycle stability (more than 3 * 104 cycle retention rate gt, 95%), and has wide application prospects in the fields of intelligent display, energy-saving buildings and flexible electronics.

The utility model belongs to the technical field of green energy-saving building structures, and particularly relates to a green energy-saving building structure which comprises a building body and a rain collecting groove, the rain collecting groove is formed in the top of the building body, an intercepting device and a filtering device are arranged on the right side wall face of the building body, and the filtering device comprises a sedimentation mechanism, a water pumping mechanism and a filtering mechanism. According to the green energy-saving building structure, by arranging the intercepting device, large impurities in rainwater are preliminarily intercepted through the filter plate, the situation that the impurities are accumulated in the settling box and decay and pollute the rainwater is avoided, after long-time use, the intercepting box can be taken out to be cleaned, and the situation that the impurities block filter holes in the filter plate, and consequently the filtering effect is affected is avoided; impurities and sludge in rainwater are subjected to precipitation treatment through the precipitation mechanism, and the precipitated rainwater is subjected to secondary filtration through the filtration mechanism, so that triple purification of the rainwater is realized, the cleanliness of the rainwater is ensured, the rainwater is better recycled for the second time, and water resources are saved.

The utility model discloses an air conditioner fresh air device of an energy-saving building. The air conditioner fresh air device comprises a ventilation pipeline and a filtering mechanism. A clean air shutter is arranged on the right side of the ventilation pipeline, a turbid air shutter is arranged on the right lower side of the outer cambered surface of the ventilation pipeline, and outer fixing blocks are evenly distributed on the outer cambered surface of the ventilation pipeline; the filtering mechanism comprises inserting grooves, butt-joint blocks, connecting columns, butt-joint plates and handles, the inserting grooves are evenly formed in the front side faces of the three outer fixing blocks, the butt-joint blocks are inserted into the inserting grooves, the connecting columns which are evenly distributed are arranged on the front side faces of the butt-joint blocks, the front ends of every three connecting columns in one group are fixedly connected with one butt-joint plate, and each butt-joint plate is fixedly connected with the corresponding butt-joint plate. According to the air conditioner fresh air device of the energy-saving building, an air conditioner is prevented from being polluted by dirt, and meanwhile, the mode of cleaning and replacing the filter screen is very simple and convenient.

The invention relates to the field of concrete block preparation, in particular to a concrete block preparation device based on energy-saving building construction, and aims to solve the problems that during mold closing of an existing mold frame, mold positioning is achieved by means of gravity or a simple mechanical structure, and an effective rigid locking mechanism is lacked. The overall rigidity of a formwork system can be reduced due to assembly gaps existing in the connecting positions and elastic deformation possibly generated in the stress state, and especially in the non-ideal centering state, locking is not thorough due to the fact that a connecting mechanism cannot compensate position deviation in a self-adaptive mode. By arranging a double-notch structure and an internal floating block, the locking part can automatically compensate for position deviation, eliminate connecting gaps and enhance the stability of the connecting rod in a locking state when the connecting rod is in a non-ideal vertical state, and in the inserting process of the inserting rod, a limiting ball and an abutting ball form multi-point contact, so that the guiding and centering functions are provided, and the locking effect is improved. And balanced stress of rigid connection is achieved, and it is guaranteed that the geometrical shape of the formwork is kept stable when the formwork is subjected to concrete expansion pressure.

The application discloses a radiation cooling metamaterial capable of color display through polarization control, realizes diversified color display and high-efficiency cooling performance, and is composed of two parts, wherein the upper layer is an infrared emitter composed of a silicon dioxide cone and a titanium dioxide / silicon dioxide / PDMS multilayer film, has high emissivity in the atmospheric window of 8-13 microns, and realizes the cooling function; the lower layer is a visible light selective reflector composed of a silver / silicon dioxide multilayer elliptical cylinder and a silver layer, has high visible light reflectivity, and realizes polarization-controllable color display. The design can realize the adjustment of color display in various ways through the adjustment of the structure and the polarization angle, and the average emissivity in the atmospheric window reaches 96.62%, thereby realizing good cooling function. The radiation cooling metamaterial capable of polarization-controllable color display without additional energy source has a wide range of applications and can be effectively applied in the fields of energy-saving buildings, electronic equipment, personal thermal management and the like.

The application provides a steel structure local node reinforcing system based on a green energy-saving building and a construction process, which comprises a steel pipe column, a cantilever beam and a node, the surface of the cantilever beam is slidably connected with a moving piece, the moving piece is symmetrically fixed with a connecting piece on one side, a cleaning assembly for cleaning the surface of the node is installed on the inner side of the moving piece, the inner side of the moving piece is symmetrically provided with a spraying assembly for spraying anticorrosive paint on the surface of the node, a material replacing assembly for replacing material is installed on the side of the moving piece close to the connecting piece, and a synchronous driving assembly for driving the cleaning assembly to clean and the spraying assembly to spray is installed on the side of the moving piece close to the connecting piece; the synchronous driving assembly can be mechanically linked with the cleaning assembly and the spraying assembly, the anticorrosive paint can be sprayed while cleaning in the process of moving, and workers do not need to work at height.

The invention discloses a thermosensitive intelligent device capable of regulating and controlling sunlight reflectivity in a large range and a preparation method of the thermosensitive intelligent device, and belongs to the field of intelligent materials and energy-saving buildings. The device is composed of an upper thermosensitive phase change layer and a lower sunlight reflecting layer. Wherein the lower layer takes polyvinylidene fluoride (PVDF) as a matrix, Al2O3 and SiO2 nanoparticles with two different sizes are doped, and a composite structure with a multi-stage scattering effect is formed through curing, so that the full-band sunlight reflecting capacity can be remarkably improved. And the upper layer is a reversible thermochromic interlayer formed by dissolving crystal violet lactone (CVL), bisphenol A and tetradecanol in a transparent substrate. The core mechanism is that at low temperature, the lower layer can serve as a light trap layer, light absorption of the upper layer is enhanced through multiple reflections, and the heating efficiency is improved; at high temperature, the upper layer becomes transparent, the overall reflectivity of the device is dominated by the lower layer, and efficient refrigeration is achieved. The device can regulate and control the sunlight reflectivity (greater than 60%) according to the environment temperature, and has a good application prospect in the field of energy conservation.

This utility model relates to the field of thermal insulation decorative panel technology, specifically a modular energy-saving building wall thermal insulation decorative panel, including a column. A limiting mechanism is installed on the column through a fixing mechanism. The limiting mechanism includes a support base and a gasket. The side wall of the column abuts against the support base and the gasket. Two slots are symmetrically provided in the support base. A panel is slidably installed in the slot. A ball bearing is rotatably installed in the support base. The support base is provided with mounting holes and mounting grooves. The panel slides and drives the ball bearing to rotate, so that the ball bearing reduces the friction between the panel and the support base, thereby allowing two adjacent panels to be engaged together, and also reducing the gaps between the panels.

The utility model discloses green energy-saving building equipment, and relates to the technical field of energy-saving building equipment, the green energy-saving building equipment comprises a ventilating duct, a filter screen, a first fixing frame and a second fixing frame are fixedly connected in the ventilating duct, a U-shaped sliding frame is slidably connected in the ventilating duct, one end of the U-shaped sliding frame is slidably connected with a sliding rod, and the other end of the U-shaped sliding frame is slidably connected with a second fixing frame. Under the action of a second rotating rod, a connecting base, a mounting rod, a wind cup and a gear which are arranged, wind power drives a first rotating rod to rotate in a ventilation pipeline, external air is sucked into the ventilation pipeline through rotation of fan blades, the external environment is fully utilized, and electric energy consumption is reduced; air sucked into the ventilation pipeline is filtered through the arranged filter screen, the U-shaped sliding frame is driven to slide in the ventilation pipeline, and the filter screen is cleaned through the brush on the side face of the sliding rod, so that normal circulation of the air is guaranteed.

The present application belongs to the technical field of energy-saving building materials, and specifically relates to an intelligent light-adjusting window and a manufacturing process thereof. The intelligent light-adjusting window adopts super-white glass and low-emissivity glass as a substrate, and a functional layer with a unique pattern and an ion conduction layer are arranged between the super-white glass and the low-emissivity glass. The functional layer contains two modified compounds, i.e., tantalum-doped hafnium tungstate nanowire powder and yttrium-cerium co-doped zirconium silicate vanadium oxide core-shell structure, which are prepared by a hydrothermal method and a sol-gel method, respectively. The window is driven by a potential difference between copper-zinc electrodes, and can independently adjust visible light and near-infrared light without an external power supply, and has an energy storage function. The manufacturing process mainly includes the following steps: substrate cleaning, electrode etching, functional material printing, electrolyte coating, and vacuum lamination packaging. The present application realizes the multifunctional integration of light adjustment, heat insulation and energy storage, has high optical modulation rate, excellent cycle stability and environment-friendly characteristics, and is suitable for the field of energy-saving buildings.

The invention belongs to the technical field of energy-saving building materials, and particularly relates to radiation cooling glass and a preparation method thereof. The preparation method comprises the following steps: coating the surface of a glass substrate with a PDMS composite solution, and then carrying out gradient heat treatment to obtain a radiation cooling coating on the surface of the glass substrate, thereby obtaining the radiation cooling glass, the PDMS composite solution comprises nano metal oxide particles, a silane coupling agent, a PDMS main agent, a PDMS curing agent and water; the gradient heat treatment comprises preheating treatment and heat treatment in sequence. According to the preparation method provided by the invention, the radiation cooling glass has high cooling efficiency and optical transparency, so that the radiation cooling glass is passively cooled at high temperature. Meanwhile, the preparation method provided by the invention is simple, efficient, low in cost and suitable for industrial application.

The invention relates to the technical field of photovoltaic, in particular to an energy-saving building assembly type roof photovoltaic power generation system which comprises a base, the top of the base is fixedly connected with an installation box, and the interior of the installation box is fixedly connected with a porous permeable plate and a hollowed-out partition plate in parallel. The interior of the mounting box is divided into an air guide area, a guide area and a heat storage area by the porous permeable plate and the hollow partition plate; the air guide mechanism is arranged in the air guide area; the guide mechanism comprises a perforated plate fixedly connected to the upper end face of the guide area, and the perforated plate is divided into a porous area and a non-porous area. Natural wind is absorbed through energy of the natural wind through the wind guide mechanism, cooling is completed through cooperation with the guide mechanism, cooling of the solar panel during working in the daytime is achieved, passive cooling can be achieved through clean energy without additional energy consumption, the low-carbon requirement of an energy-saving building is met, the working temperature of the solar panel can be effectively reduced, and the energy-saving effect is achieved. And photoelectric conversion efficiency attenuation caused by high temperature is avoided.

The application discloses an intelligent energy-saving building engineering equipment, which comprises a winding and unwinding cylinder, a support and a leveling assembly, and a strip-shaped belt is arranged in the winding and unwinding cylinder; a roller and a scraper are installed on the support, the lower side of the strip-shaped belt is in close contact with the outer side wall of the roller, and the side edge of the scraper is in abutment with the working surface of the strip-shaped belt; a limiting through hole is formed in the outer wall of the winding and unwinding cylinder, a connecting plate is slidingly inserted into the limiting through hole, and a laser line projector is fixed on the plate surface of the connecting plate. The strip-shaped belt can collect the falling ash and mortar in the plastering process, avoid the mixing of the ash and mortar with other impurities, and ensure that the ash and mortar can be collected and reused. The strip-shaped belt can be wound into the winding and unwinding cylinder when not in use. The setting of the support, the roller and the scraper can ensure that the ash and mortar on the strip-shaped belt can be smoothly separated from the strip-shaped belt and collected. The building engineering equipment can vertically level the construction wall through the leveling assembly.

The utility model discloses an efficient and energy-saving building outer wall heat preservation device, and belongs to the technical field of building outer walls. An efficient and energy-saving building outer wall heat preservation device comprises a protection shell, a plurality of heat insulation plates are installed in the protection shell, a heating pipe is further installed in the protection shell, a heat conduction plate is embedded in the other side of the protection shell, and the heating pipe is fixedly embedded in one side of the heat conduction plate. According to the technical scheme, by arranging the heat conduction plate and the heating pipe, when the external environment temperature is too low, under the action of the heating pipe, the heat conduction plate emits heat, the temperature of one side of the protection shell rises, and therefore the heat preservation performance of the building outer wall is fully improved.

This utility model discloses a vacuum-heated glass, belonging to the field of energy-saving building materials technology. The vacuum-heated glass includes a vacuum glass unit comprising a first glass substrate, a second glass substrate, and a vacuum cavity between them; a transparent conductive layer serving as a heating element; and a low-emissivity film layer serving as a heat-reflecting layer. The key feature is that the low-emissivity film layer is disposed on the surface of the first glass substrate facing the vacuum cavity, while the transparent conductive layer is disposed on the side of the second glass substrate opposite to the vacuum cavity. This specific "heat source-vacuum layer-reflecting layer" structure allows the vacuum cavity and the heat-reflecting layer to jointly form a highly efficient thermal barrier, enabling the efficient and directional transfer of heat generated by electrical energy to the side other than the first glass substrate. This solves the problem of low heat utilization in existing heated glass and combines the dual functions of active heating and passive insulation.

This invention discloses a bottom-skinning device and method for manufacturing energy-saving building blocks, comprising a base structure and a mold-changing mechanism. The device primarily utilizes a rotation and reset mechanism to flip the end frame, causing the hydraulic linkage to operate and positioning the back plate, limit bolt seat, insertion chamber, and support block template in a modified processing position. The support block template is removed via a roller base and electric clamp on the mold-changing mechanism, allowing for the modification of the spare template. Therefore, it has high versatility. The support plate can have several sets of different groove patterns, employing a quick-switching structure to perform bottom-skinning operations on block blanks with different models and styles of side grooves. Furthermore, the support block template and spare template can effectively adapt to the corresponding block body, thus effectively preventing damage to the groove patterns of the block body during vertical processing and ensuring the integrity of the finished product's structure.

The invention discloses a building external envelope structure heat transfer coefficient estimation method based on infrared thermal imaging, and relates to the technical field of energy-saving buildings, and the method comprises the steps: employing a heat flow meter method to select a plurality of measurement points on to-be-measured external walls in different orientations, so as to obtain the heat transfer coefficients of the plurality of measurement points, the inner surface temperature and the outer surface temperature of the to-be-measured outer wall corresponding to the multiple measuring points are collected at the same time; obtaining a temperature distribution diagram of the outer surface of the to-be-measured outer wall through an infrared thermal imager; the temperature distribution diagram is divided into a plurality of uniform temperature areas, so that the plurality of measuring points are distributed in different uniform areas, and the temperature difference value of each point of the uniform temperature areas is smaller than a preset temperature difference; constructing a heat consumption conservation model to calculate and obtain heat transfer coefficients of all the uniform temperature regions; and according to the area of the uniform-temperature region, carrying out weighted calculation to obtain the average heat transfer coefficient of the to-be-measured outer wall. The method solves the problem that the exact numerical value of the heat transfer coefficient cannot be directly given by adopting an infrared thermal imaging method for the heat transfer coefficient of the external envelope structure of the building in the prior art.

The utility model discloses a green and energy-saving building house, and relates to the technical field of green and energy-saving building houses, in particular to a green and energy-saving building house which comprises a house body, a support is fixedly installed on the top of the house body, and a support is fixedly installed in the middle of one side of the support. The device comprises a support, one end of the support is rotatably connected with an electric telescopic rod, a base is fixedly installed on one side of the support, a pushing frame is rotatably connected to the top of the base, a connecting seat is fixedly installed on one side of the pushing frame, and one end of the connecting seat is rotatably connected to the extending end of the electric telescopic rod. According to the green energy-saving building house, through the arrangement of the adjusting frame, the green energy-saving building house has the effects that the angles of the solar panels can be conveniently adjusted to different degrees, meanwhile, the light energy absorption rate can be effectively increased, and the working efficiency of the solar panels can be improved, so that the effect that the adjusting effect is good is achieved; and the purpose of high practicability is achieved.

This utility model relates to the field of power construction technology, and in particular to a cable traction protection mechanism for energy-saving building power construction. It includes a base plate, a fixing plate, and a traction drum fixing assembly. A caster wheel is provided at the lower end of the base plate, a push rod is provided at the upper end, the traction drum fixing assembly is provided at the upper end, and the fixing plate is provided at the upper end of the base plate. A first guide roller is rotatably connected to the inner side of the fixing plate, and an mounting block is provided at the upper end of the base plate. A first motor is provided on one side of the mounting block. This device works by passing the cable between two sets of second guide rollers, activating the first motor, which drives a bidirectional screw to rotate. The bidirectional screw drives a slider to slide inside the mounting block, which in turn moves a fixing rod. The fixing rod moves a connecting plate, which in turn moves the second guide rollers, bringing them into contact with the cable surface. This allows for the adaptation of cables of different specifications, thus providing guidance and protection to prevent damage to the cable surface.

The present application belongs to the technical field of high-efficiency energy-saving building, and discloses a fan low-position inclined setting air conditioner main machine equipment platform. The fan low-position inclined setting air conditioner main machine is arranged in the outer corridor type equipment platform, and the air outlet of the air exhaust cavity of the air conditioner main machine faces the outer facade of the outer corridor type equipment platform. The air outlet of the air conditioner main machine is provided with an air exhaust section for guiding the air flow. A plurality of guide plates are arranged in the air exhaust section of the air conditioner main machine. The guide plates are parallel to or close to parallel to the louver blades of the outer corridor type equipment platform outside the air conditioner main machine, and the air exhaust section is arranged adjacent to the louver of the outer facade of the outer corridor type equipment platform. The equipment platform eliminates the obstruction of the louver blades to the air exhaust of the main machine fusion body outer heat exchanger, effectively penetrates the air flow path of the outer heat exchanger, guarantees the thermal performance of the main machine, maintains the decorative nature of the outer facade of the louver, realizes the perfect unity of the decorative nature of the outer facade of the equipment platform, the visual effect of the outer facade of the building and the excellent thermal performance of the air conditioner main machine.

The invention belongs to the technical field of buildings, and particularly relates to a green energy-saving building outer wall heat insulation and sound absorption structure and a construction method thereof.The green energy-saving building outer wall heat insulation and sound absorption structure comprises a structure supporting layer, a multi-layer sound absorption material, a heat insulation layer and an environment-friendly facing layer which are sequentially arranged from inside to outside; the multi-layer sound absorbing material comprises a porous sound absorbing plate and a honeycomb aluminum plate, and the porous sound absorbing plate is located in front of the honeycomb aluminum plate; the connecting components are arranged between the structural supporting layer and the porous acoustic panel, four connecting components form a group and are located on the upper side, the lower side, the left side and the right side of the honeycomb aluminum panel respectively, and every two adjacent connecting components can be connected in a buckled mode. In the actual use process, external heat is firstly blocked by the heat insulation layer, the heat insulation layer reflects and blocks the heat, heat transfer into a room is reduced, accordingly, the stability of the indoor temperature is kept, the use frequency of equipment such as an air conditioner is reduced, the energy-saving effect is achieved, the conical round holes in the surface of the porous sound absorption plate can effectively reduce sound reflection, and the sound absorption effect is improved. And meanwhile, the special structure of the honeycomb aluminum plate can reflect and absorb sound.

The application discloses a kind of assembled energy-saving building material production pouring equipment, specifically related to building field, the pouring equipment includes outer mould, inner mould is installed in the inside of outer mould, the outside of outer mould is provided with gantry frame capable of moving along the length direction of outer mould, pipe and slurry pump are installed on gantry frame, slurry pump is used to provide concrete to pipe, the bottom of pipe is inserted into the inside of outer mould and located at the position of the bottom of inner mould;The bottom end of pipe is installed with push assembly, push assembly includes output pipe, the bottom end of output pipe is communicated with pipe, V-shaped plate is installed at the front end of output pipe, the tip of V-shaped plate is towards the end of gantry frame advancing.This application is set by push assembly, V-shaped plate is placed on the lower surface of inner mould, it is moved from one end to the other end of outer mould, concrete with bubble can be pushed to both sides, and the concrete that has been vibrated is used to supplement, so as to realize the replacement of concrete.