Patent Application
20170114557
This application claims priority to Chinese Application No. 201510705358.9, filed Oct. 26, 2015, which is hereby incorporated by reference in its entirety.
The present patent application relates to the field of stage performance, especially relates to an embedded integrated lifting rotation table.
The structure of the stage in the theater is a typical font “”, the stage equipment generally comprises the main stage lifting table and the rear wagon rotating stage. The motor function of this stage equipment is mostly single and the changes of the stage which are provided by the stage equipment are very limited. The stage equipment is huge, especially the rear wagon rotating stage. Because the whole volume and the overall weight are large, the requirement of the civil structure of the theatre and the manufacture and installation of the equipment is very high. The investment is high and the use ratio is low. Some theatres or performance places had to give up part or all these equipment during design and building. But with the complicated diversified layout of modern play, the requirement of audience for the drama performance improves continually, and the requirement of the entertainment equipment is higher. Light weight, multiple functions, convenient use, high-usage, high efficiency, economic, etc, has become the developing direction of the entertainment equipment in the future. For the theatre lack of investment scale, the stage equipment can reduce but the function is not reduced, it also can save construction investment.
The present invention solves the above technical problem by providing a switchable embedded integrated lifting rotation table, it can be multiple groups separate lifting table, as well as can be a rotation table assembled with inlaid rotation table components.
In order to solve the problem mentioned above, the present patent application provides an embedded integrated lifting rotation table, which comprises lifting table and rotation table which is embedded in the lifting table. The lifting table is installed with at least one group of rotating driving device to drive the rotation table to rotate. There are two lifting tables at least, each lifting table connects with a group of single lifting driving devices. The rotation table comprises at least two rotation table components joint together. The quantity of the rotation table components equals to the quantity of the lifting tables. Each lifting table is embedded with a rotation table components. The first locking device is installed between two adjacent rotation table components. The second locking device is installed between the lifting table and the rotation table components which is embedded in the lifting table. When each lifting table goes up and down alone, the first locking device unlocks and the second locking device locks. When they assemble into a rotation table and rotate, the first locking device locks and the second locking device unlocks.
A revolving support is installed between the middle of the rotation table and the lifting table.
In one embodiment, a rotation ranging unit is installed on the lifting table and meshes with the revolving support. The rotation ranging unit comprises a small pinion, a big chain wheel coaxially arranged with the small pinion and a small chain wheel connects with the big chain wheel through the first chain. The small pinion meshes with the outer gear ring of the revolving support.
In one embodiment, a first encoder is coaxially installed on the mounting rack on which the small chain wheel is installed.
In one embodiment, multiple groups of toroidal flange rolling tread are installed below the rotation table. Multiple groups of rolling wheel devices are installed below each flange rolling tread.
In one embodiment, the rolling wheel device comprises a roller shelf fixed on the lifting table and a roller wheel supported by the roller shelf through the axle. The roller wheel abuts on the flange rolling tread.
In one embodiment, the roller wheel has steel core with rubber coating.
In one embodiment, the first locking device and the second locking device both comprise a fixed bracket, a motor-driven push-rod installed on the fixed bracket, a spline arranged on the end of the motor-driven push-rod, a gear meshes with the spline, a latch hook fixed connects with the gear and a lock pillar locked or unlocked by the latch hook. The gear is installed on the fixed bracket. There are two gears and they mesh with each other. The spline meshes with one of the gears. Each gear fixed connects with a latch hook.
In one embodiment, a slide component is installed on the fixed bracket. The slide component comprises a sliding block fixed connects with the spline and a guide rail fixed installed on the fixed bracket. The sliding block moves along the guide rail under the action of the motor-driven push-rod.
In one embodiment, the two latch hooks are staggered.
Compared with the prior art, the present patent application has below advantages. (1) The invention has simple structures and it can achieve both lifting table and rotation table. (2) The switching between the two functions is automatic and fast. (3) All the functions operate steadily and the noise is low. (4) The manufacture cost is low and it saves the construction investment. (5) It is convenient to be used and operated, and the maintenance is convenient.
2: lifting table, 3: rotation table, 4: rolling wheel device, 5: revolving support, 6: rotation ranging unit, 7: locking device, 8: friction ring, 10: rotating driving device, 31: rotation table component, 41: roller shelf, 42: axle, 43: roller wheel, 44: flange rolling tread, 51: outer gear ring, 61: small pinion, 62: big chain wheel, 63: first chain, 64: small chain wheel, 65: first encoder, 66: mounting rack, 71: sliding block, 72: spline, 73: wheel gear, 74: latch hook, 75: fixed bracket, 76: motor-driven push-rod, 77: lock pillar, 78: lock pillar support, 79: guide rail, 101: pinch roller, 102: friction wheel, 103: tension spring, 104: adjustment lever, 105: second chain, 106: first chain wheel, 107: gear motor, 108: encoder, 109: second chain wheel, 110: strip-type mounting hole, 111: pedestal, 112: pull rod, 113: electrical machine mounting plate, 114: handle.
The principles of the present patent application will be further described with reference to the embodiments and the drawings. However, the following embodiments shall not be regarded as limiting of the present invention.
As show in
As show in
The gear motor 107 connects with the friction wheel 102 through the chain transmission. The chain transmission comprises the first chain wheel 106 arranged on the output shaft of the gear motor 107, the second chain wheel 109 coaxially arranged with on the friction wheel 102 and the second chain 105 meshes with the first chain wheel 106 and the second chain wheel 109, respectively.
An encoder 108 is arranged on the rear-end of the gear motor and used to test the angular displacement of the rotation table rotating and control the revolving speed of the gear motor.
The gear motor 107 is installed on the pedestal 111 through the electrical machine mounting plate 113. Multiple strip-type mounting holes 110 are evenly arranged on the electrical machine mounting plate 113 and in order to adjust the position of the motor and make sure that the chain wheel is in the tension state.
Each rotating driving device comprises pinch roller 101 arranged on the outside of the friction ring 8. The pinch roller 101 makes the friction ring fit closely with the friction wheel.
There are two pinch rollers 101.
A control apparatus is arranged on each pinch roller 101. The control apparatus comprises a pull rod 112 connects with the pinch roller 101, an adjustment lever 104 installed on the pedestal 111 and a tension spring 103 connects the pull rod 112 with the adjustment lever 104. The adjustment lever 104 is used to adjust the pressing force of the pinch roller to make sure that the force of friction of each rotating driving device is mostly same.
Two handles 114 are fixedly installed on the two sides of the pedestal 111. It is convenient for the movement, the dismounting and the later maintenance of the driving device.
The locking device 7 comprises the first locking device X-X and the second locking device S-X. As show in
There are two gears 73 and they mesh with each other. The spline 72 meshes with one of the gears 73. Each gear 73 fixed connects with a latch hook 74. Double latch hook device ensures the security of the locking device.
The two latch hook 74 are staggered.
The slide component is installed on the fixed bracket 75. The slide component comprises a sliding block 71 fixed connects with the spline and a guide rail 79 fixed installed on the fixed bracket 75. The sliding block 71 moves along the guide rail 79 under the action of the motor-driven push-rod 76 to ensure that the spline meshes with the gear well when moving.
A revolving support 5 is installed between the middle of the rotation table 3 and the lifting table 2.
A rotation ranging unit 6 is installed on the lifting table 2 and meshes with the revolving support 5. As show in
A first encoder 65 is coaxially installed on the mounting rack 66 on which the small chain wheel 64 is installed. The first encoder 65 increases speed two-stage through the gear and the chain wheel and greatly improves the precision of ranging and the accuracy of rotation location.
As show in
The roller wheel 43 has steel core with rubber coating. It can effectively reduce the noise.
When each lifting table 2 goes up and down alone, the first locking device X-X installed between two adjacent rotation table components 31 unlocks and the second locking device S-X between the lifting table 2 and the rotation table components 31 locks. At this point, the rotation table components 31 embedded in each lifting table 2 disengage completely and are locked firmly on its embedded lifting table 2. At this point, each lifting table 2 goes up and down alone under the drive of each driving device. When use the rotation table, each lifting table runs to the same height. The first locking device X-X between two adjacent rotation table components 31 locks and the second locking device S-X between the lifting table 2 and the rotation table components 31 unlocks. At this point, the rotation table components 31 embedded in each lifting table 2 are locked firmly with each other and separate completely with the lifting table 2. The rotation table components 31 are locked together and form a complete circular rotation stage. Start the drive device and the rotation stage can rotate. The invention has simple structures and it can achieve both lifting table and rotation table, the switching between the two functions is automatic and fast. All the functions operate steadily. The manufacture cost is lower and it saves the construction investment. It is convenient to be used and the maintenance is convenient.
Although the invention has been described with respect to certain embodiments, the description is not regarded as limiting of the invention. The alternative changes or modifications of aspects of the embodiments of the invention fall within the spirit of the present invention.
| Number | Date | Country | Kind |
|---|---|---|---|
| 201510705358.9 | Oct 2015 | CN | national |
