SYSTEM AND METHOD APPLICABLE TO AUTOMATICALLY ADJUSTING ELEVATION OF HORIZONTAL PREFABRICATED COMPONENT

Technical Field

The invention relates to a prefabricated component suitable for the level of the elevation of the automatic regulating system and method.

Background Art

As the fabricated concrete structure large area application, pre-assembled building construction in the process, the component from the lifting, in place, temporary fixing, fine adjustment to the final place, precision control is essential, but efficiency is critical. Prefabricated concrete structure a horizontal member in the process of construction, the levelness of the fixing member in place after the structure to directly influence the overall quality of the follow-up and control the construction of the floor structure, and at present the levelness of the construction site is adopted by the manual adjustment of the manual measurement, such as the management link deletion, bound to the problem of poor efficiency and low quality.

Content of the invention

The purpose of this invention is to provide a prefabricated component is suitable for the level of the elevation of the automatic regulating system and method, can solve the prefabricated component level of the elevation of the automatic regulating system that the accuracy is low and and the efficiency is low.

To solve the above problems, the present invention provides a prefabricated component is suitable for the level of the elevation of the automatic adjustment of the system, including:

The vertical supports the horizontal prefabricated component of the vertical support rod, said vertical support rods comprise a extension end;

The vertical support rod arranged on the electronic height measuring device, sensing controller and telescopic driving device, wherein said sensing controller is respectively connected with the electronic height measuring device and telescopic driving device is connected, the telescopic driving device connected with the telescopic end.

Further, in the above system, the electronic height measuring device comprises an electronic rule.

Further, in the above system, the telescopic driving device comprises a jack and a pump or motor, wherein said jack is connected with the telescopic end, the oil pump or the motor is connected with the jack, the pump or motor and said sensing controller is connected.

Further, in the above system, also includes the inclined supporting said horizontal prefabricated component of the oblique support bar, oblique said supporting rod with one end connected with the horizontal prefabricated component, the other end and said vertical support bars far away from the end of the prefabricated component level.

Further, in the above system, also includes wrapping the electronic height measuring device, sensing controller and the protective sleeve of the telescopic drive device.

Further, in the above system, the protective sleeve is transparent structure.

According to the present invention another surface, to provide a prefabricated component suitable for the level of the elevation of the automatic adjusting method, adopting the above-mentioned level of prefabricated components of the elevation of the automatic adjustment of the system, the method comprises:

The vertical perpendicular to the support bars for supporting the bottom of the horizontal prefabricated component;

Electronic height measuring device sensing the vertical height of the support bar and generates a data signal after, and the adjusting data signal is sent to the sensing controller;

The sensor controller according to the adjusting data signal controlled telescopic driving device, telescopic driving device drives the vertical support rod of the telescopic end of the telescopic.

Further, in the method, the sensor controller according to the adjusting data signal, control telescopic driving device in the oil pump or the motor to drive the jack, the jack drives the telescopic end telescopic.

Further, in the method, the sensor controller according to the adjusting data signal controlled telescopic driving device, telescopic driving device drives the vertical support rod after the expansion of the telescopic end of the, also includes:

The inclined supporting rod with one end connected with the horizontal prefabricated component, the other end and said vertical support bars far away from the end of the prefabricated component level.

Compared with the prior art, the present invention through the vertical supporting horizontal prefabricated component of the vertical support rod, said vertical support rods comprise a positing; arranged on the vertical support rod electronic height measuring device, sensing controller and telescopic driving device, wherein said sensing controller is respectively connected with the electronic height measuring device and telescopic driving device is connected, the telescopic driving device connected with the telescopic end, electronic height measuring device sensing the vertical height of the support bar and generates a data signal after, and the adjusting data signal transmission to the sensor controller, sensor controller according to the adjusting data signal controlled telescopic driving device, telescopic driving device drives the vertical support rod extension, thereby simplifying the prefabricated component level elevation adjusting process, improve the construction efficiency, improve the standard of prefabricated component positioning construction quality, adjusting the theoretical precision can reach 1/1000 L, thereby realizing by the original facing material of type of manual adjustment into adaptive refinement computer system adjusting, high precision and high efficiency of the prefabricated component level adaptive levelness adjustment.

Description of drawings

Figure 1 is the chart of one embodiment of the invention is prefabricated component of the level of the elevation of the automatic regulating system;

Figure 2 is the mounting schematic view of one embodiment of the invention is prefabricated component of the level of the elevation of the automatic regulating system control.

Mode of execution

For the purpose of the invention, features and advantages will be more clearly understood, the Figure below and specific embodiment of the present invention for further detailed description.

As shown in Figure 1 and 2, the present invention provides a prefabricated component is suitable for the level of the elevation of the automatic adjustment of the system, including:

The vertical supports the horizontal prefabricated component 1 of the vertical support rod 2, the vertical support rod 2 includes a positing;

Is arranged in the vertical support rod 2 on the electronic height measuring device 3, sensing controller 4 and telescopic driving device 5, wherein said sensing controller 4 is respectively connected with the electronic height measuring device 3 and telescopic driving device 5 is connected, the telescopic driving device 5 is connected with the telescopic end.

In this, electronic height measuring device 3 induction the vertical height of the support bar and generates a data signal after, and the adjusting data signal transmission to the sensor controller 4, sensor controller 4 in accordance with the adjusting data signal controlled telescopic driving device 5, telescopic driving device 5 drives the telescopic end of the vertical support rod telescopically, thereby simplifying the prefabricated component level elevation adjusting process, improve the construction efficiency, improve the standard of prefabricated component positioning construction quality, adjusting the theoretical precision can reach 1/1000 L, thereby realizing by the original facing material of type of manual adjustment into adaptive refinement computer system adjusting, high precision and high efficiency of the prefabricated component level adaptive levelness adjustment.

The invention is suitable for the level of the elevation of the prefabricated component for automatically adjusting system in the embodiment of unity, the electronic height measuring device 3 comprises an electronic rule.

In this, the electronic guiding can be according to the requirements of the norms operation close to the prefabricated component after the level, and generates a data signal, and the adjusting data signal transmission to the sensor controller.

The invention is suitable for the level of the elevation of the prefabricated component to automatically adjust the system unity in the embodiment, the telescopic driving device 5 comprises a jack and a pump or motor, wherein said jack is connected with the telescopic end, the oil pump or the motor is connected with the jack, the pump or motor and said sensing controller is connected.

In this, sensing controller according to adjust a data signal through the pump or motor control jack drive the telescopic end trimming.

The invention is suitable for the level of the elevation of the prefabricated component for automatically adjusting system in the embodiment of the unified, also includes the inclined supporting said horizontal prefabricated component 1 and the inclined supporting rod 6, oblique said supporting rod 6 and one end of the horizontal prefabricated component 1 is connected, the other end and said vertical support rod 2 away from the level of the prefabricated component 1 end is connected.

In this, the inclined supporting rod 6 can be horizontal prefabricated component to provide further stable supporting force.

As shown in Figure 1, the invention of prefabricated component is suitable for the level of the elevation of the automatic adjusting system in the embodiment of the unified, also includes wrapping the electronic height measuring device, sensing controller and the protective sleeve of the telescopic drive device 7.

In this, the protective sleeve can be electronic height measuring device, sensing controller and all the parts of the telescopic driving device for reliable protection.

The invention is suitable for the level of the elevation of the prefabricated component to automatically adjust the system unity in the embodiment, the protective cover is a transparent structure.

In this, the protective sleeve is transparent structure, convenient operation to read the device data and monitor the running state of the device.

According to the present invention another surface, also provides a prefabricated component suitable for the level of the elevation of the automatic adjusting method, the level of the elevation of the prefabricated component is suitable for the automatic adjustment of the system, the method comprises:

The vertical supporting rod 2 vertical supporting horizontal prefabricated component 1 bottom;

Electronic height measuring device 2 induction the vertical height of the support bar and generates a data signal after, and the adjusting data signal transmission to the sensor controller 3;

The sensor controller 3 according to the adjusting data signal controlled telescopic driving device 4, the telescopic drive device 4 drives the vertical support rod 2 of the telescopic end of the telescopic.

In this, through the electronic height measuring device sensing the vertical height of the support bar and generates a data signal after, and the adjusting data signal transmission to the sensor controller, according to the adjusting device of the sensor data signal controlled telescopic driving device, telescopic driving device drives the vertical support rod extension, thereby simplifying the prefabricated component level elevation adjusting process, improve the construction efficiency, improve the standard of prefabricated component positioning construction quality, adjusting the theoretical precision can reach 1/1000 L, thereby realizing by the original facing material of type of manual adjustment into computer system adjusts the adaptive refinement, high precision and high efficiency of the prefabricated component level adaptive levelness adjustment.

The invention is suitable for the level of the elevation of the prefabricated component automatic regulating method in one embodiment, the sensor control device according to the adjusting data signal controlled telescopic driving device, telescopic driving device drives the vertical support rod of the telescopic end of the telescopic, including:

The sensor controller according to the adjusting data signal, control telescopic driving device in the oil pump or the motor to drive the jack, so as to drive the telescopic end telescopic.

The invention is suitable for the level of the elevation of the prefabricated component automatic regulating method in one embodiment, the sensor control device according to the adjusting data signal controlled telescopic driving device, telescopic driving device drives the vertical support rod after the expansion of the telescopic end of the, also includes:

The inclined supporting rod 7 is connected with the horizontal at one end of the prefabricated component 1 is connected, the other end and said vertical support rod 2 away from the level of the end of the prefabricated component is connected.

In this, the level of the oblique support bar can be prefabricated component to provide further stable supporting force.

To sum up, the present invention through the vertical supporting horizontal prefabricated component of the vertical support rod, said vertical support rods comprise a positing; arranged on the vertical support rod electronic height measuring device, sensing controller and telescopic driving device, wherein said sensing controller is respectively connected with the electronic height measuring device and telescopic driving device is connected, the telescopic driving device connected with the telescopic end, electronic height measuring device sensing the vertical height of the support bar and generates a data signal after, and the adjusting data signal transmission to the sensor controller, sensor controller according to the adjusting data signal controlled telescopic driving device, telescopic driving device drives the vertical support rod extension, thereby simplifying the prefabricated component level elevation adjusting process, improve the construction efficiency, improve the standard of prefabricated component positioning construction quality, adjusting the theoretical precision can reach 1/1000 L, thereby realizing by the original facing material of type of manual adjustment into adaptive refinement computer system adjusting, high precision and high efficiency of the prefabricated component level adaptive levelness adjustment.

In this specification the various embodiments of the progressive mode description, each embodiment are highlighted with the other embodiment of the difference, between the various embodiments the same similar parts refer to each other can be.

The professional can also further aware that, in combination with the text in the disclosed embodiments described in example units and the algorithm step, can in electronic hardware, computer software or a combination of both to achieve, in order to clearly explain the interchangeability of hardware and software, in accordance with the function has been described above in the general description of the various exemplary components and steps. These functions on whether the hardware or software to implement the, depends on the specific application and the technical scheme of the design constraints. Professional technicians can be to each specific application to use a different method to realize the described function, but realizing this should not be considered as beyond the scope of the invention.

Clearly, the technical personnel to the field of this invention can be various modifications and modify can not be separated from the spirit and scope of the invention. In this way, if the invention of these changes and modify belongs to the invention claim and its equivalent technology within the scope of, this invention is also intended to cover those changes and modify the inner.