10 results about "Solar shading" patented technology

The invention relates to the technical field of sunshade equipment, in particular to a flexible double-property film flexible outer sunshade component which comprises a building outer wall, an electric reel structure and a guide rail module. An on-wall suspended supporting frame is installed on one side of the building outer wall, the other end of the on-wall suspended supporting frame is fixedly connected with a guide rail module, an electric reel structure is installed in the guide rail module, and a flexible film is installed below the electric reel structure. When not in use, the flexible thin film can be wound through the electric reel structure, when in use, the flexible thin film can naturally overhang through the electric reel structure, the electric reel structure can be driven to move in cooperation with the guide rail module, at the moment, the flexible thin film is driven to be subjected to position adjustment, the flexible thin film can swing along with wind, and surrounding air is promoted to flow. The heat dissipation effect is achieved; sunlight is sprayed through the yarn curtain, and the sun-shading effect is achieved.

A corner solar shading device (1) having two solar shadings (4, 5) forming an angle (a) with respect to each other. The corner solar shading device comprises an alignment means with: a base wall for attachment to a ground surface; alignment elements for aligning the lower ends of a lateral guide (8) of each solar shading device; and a connecting part to which at least one of these lateral guides is attached. The corner solar shading device comprises a connecting tube (15) with: two walls to each of which one of the lateral guides is attached; and a free wall, connecting the two walls. A lower end of the connecting tube comprises a recess into which the alignment means fits. This allows the connecting tube to be mounted as the last element by means of a purely horizontal shift, which is advantageous when mounting the solar shadings in a cavity wall.

To provide a solar radiation shielding device that can improve production efficiency. [Solution] The solar radiation shielding device 1 comprises a shielding material, a drive shaft for driving the shielding material, a headbox 100 for housing the drive shaft, a pulley 302 that can rotate the drive shaft, unit cases 301 and 305 that are mounted inside the headbox and rotatably support the pulley, a notch 101 provided in the headbox, an operating cord that is locked to the pulley and discharged from the notch, and a cord guide 310 provided in the notch for guiding the operating cord. The cord guide has first fixing parts 311 and 312 that can be fixed to the notch, and a second fixing part 313 that can be fixed to the unit case.

To provide a louver holding member capable of easily applying initial winding to a coil spring, and a sunlight shielding device.SOLUTION: A louver holding member 10 is a louver holding member 10 for holding a driven louver 60 in a sunlight shielding device 100 including a main driving louver 70 which tilts by force transmitted from a transmission tool 33, and the driven louver 60 which tilts by force transmitted from the main driving louver 70, each extending in a predetermined direction. The louver device includes the shaft 12 that holds the driven louver 60 at one end, the case 11 that houses the shaft 12, the coil spring 14 of which one end is held by the shaft 12, and the cover 13 that holds the other end of the shaft 12 and the other end of the coil spring 14 and is attached to the case 11, and the coil spring 14 is obtained by being held by the shaft 12 and the cover 13 with an elastic force applied thereto.SELECTED DRAWING: Figure 14

The application relates to a sun-shading temperature-regulating device, which comprises a supporting member arranged above a glass roof of a building and a light-blocking device comprising a plurality of baffle plates arranged on the supporting member and arranged side by side at intervals along an arrangement direction; wherein the baffle plate comprises a plate body comprising a first plate member and a second plate member arranged side by side along the arrangement direction, the upper and lower ends of the first plate member and the second plate member are connected together, and the expansion rate of the first plate member is smaller than that of the second plate member. Therefore, the solar radiation of the glass roof can be reduced.

According to the tracking surrounding type solar sun-shading energy storage system and the method thereof, the solar panel is combined with the adjustable frame unit and the micro-processing unit, so that the collection and utilization efficiency of solar energy is remarkably improved. The frame unit can adjust the angle and position of the solar panel in real time according to the position of the sun to ensure that the solar panel is always in an optimal receiving state, thereby effectively improving the conversion efficiency of light energy. The introduction of the micro-processing unit enables the system to operate intelligently, and the data collection module collects environment information in real time, such as the latitude and longitude of the sun and the illumination condition, so that the automatic adjustment of the solar panel is more accurate and efficient. According to the intelligent adjusting mode, the utilization efficiency of solar energy is improved, manual intervention is reduced, the maintenance cost of the system is reduced, and the convenience and reliability of overall use are improved.

This invention relates to the field of computer-aided design technology, specifically to a distributed intelligent building structure design system and method under a low-carbon background. The system includes: a BIM parameter optimization module that constructs a building cluster adjacency matrix and solar shading coefficient based on building structure data, calculates ventilation scores, and optimizes the window-to-wall ratio using the SQP algorithm in conjunction with window heat transfer coefficients; a route generation module that constructs energy nodes and connection paths using the building cluster adjacency matrix; a carbon emission analysis module that includes construction carbon emission calculation, multi-factor coupled prediction, and net carbon emission aggregation, capable of predicting future carbon emissions based on the LSTM algorithm and assessing the building cluster's net carbon emissions in conjunction with ecological restoration; and a route optimization module that, based on the carbon emission analysis results, uses a heuristic algorithm to generate an initial feasible solution and optimizes the building cluster's energy node configuration and optimal connection paths through mixed-integer programming, thereby improving the efficiency of intelligent building structure design.

A method for managing a solar shading device (3), comprising a first (201) and a second (202) outdoor temperature sensor, and a light sensor (220), a control device performing, for each of the two temperature sensors (201, 202): A first measurement step (E1) of temperature (Ta, Tb); A first analysis step (E2) determining a temporal temperature variation; the method comprising the steps: A second measurement step (E3) of light (L); A second analysis step (E4) determining a correction coefficient; A determination step (E5) of at least one bias based on the temperatures, the variations, and the correction coefficient; A determination step (E6) of an ambient temperature based on the outdoor temperatures and the bias; A control step (E7) of the position of the solar shading device (3) as a function of the ambient temperature. Figure 6

To provide an operating tool support member which does not leave marks on a screen, an operating tool support device, and a solar shading device.SOLUTION: An operating tool support member 10 is an operating tool support member 10 of an operating tool support device 50 used for winding and unwinding operations of a screen 4 of a solar shading device 100, and is attached to a weight bar 30 positioned at a lower end of the screen 4. It comprises: a housing portion 11 for housing the weight bar 30; and a pressing member 12 for fixing the weight bar 30 inside the housing portion 11. The housing portion 11 has a first tip portion 111 and a second tip portion 112 having an area for attaching the pressing member 12. At least a part of an outer circumferential line of the weight bar 30 is positioned outward in a radial direction of the weight bar 30 than a straight line 115 connecting the first tip portion 111 and the second tip portion 112 when the weight bar 30 is housed within the housing portion 11.SELECTED DRAWING: Figure 2